Hey New Ipod Nano Or Video??

nano is smaller and now its gotten brighter and thinner. the video is bigger and fatter but holds more stuff than the nano

1. What is Nano Zinc Oxide?

Nano zinc oxide is a real material used in sunscreens and looks like this. It is just little crystals of zinc oxide which are about 30 nm across.Chelate refers to something which is produced by a chemical process of chelation. Chelation means that a metal atom has more than one chemical bond to surrounding organics. (That is kind of a bad definition, but I am trying to keep the lingo simple.) Chelation can be used to produce zinc oxide, but I do not think this is the process used for manufacturing most industrial zinc oxide.

2. hey guyz!!!is nano is a good car?should i buy nano?and will it be avalaible after july?

it is not going to be a good car. it will crumble if you crash into something, it is really slow, and it does not have real car things in it. you are better off buying a used real car

3. Should I buy an iPod Video or a Nano?

Video....i love mine..i would not trade it for anything....it's really worth every penny

4. zune 4 or Ipod nano?

Get the zune...it has more things than the ipod and you can download itunes onto your computer anyways

5. ipod nano-chromatic??????????????????????????????????????????????????????????????????????????????????????

hey wassup?? i have one of those chromatic ones and i really didnt know u could change the background but......... when u shake it it shuffles the songs, and theres this thing called genius and when you turn it on, on any random song it tell you what songs go with which its really cool but its annoyin sometimes cause whenever u turn it it goes on the cover flow EVERY TIME!!!!! but yeah the games are fun 2 cause of yhe tilting screen!!

6. is this normal while charging an ipod nano?

Yes it is perfectly normal - do not worry about it! :)

7. to delete songs on ipod nano video???

From the Ipod icon in your itunes right click and remove on any songs that you no longer want on your ipod. You should set up your ipod to manually mange music so your itunes will no longer sync everything from your itunes library

8. Cool Saltwater Fish for My Nano?

purple stripe dotty back as in Pseudochromis diadema? good luck adding anything after that jackass was added.. the skunk clown should really be in like a 50 gallon tank.. occelarus and percula are the only clowns that can be kept in smaller tanks.. the rest get to about 6 inches after removing the pseudo and hopefully the clown try things like cherub angelfish pearly jawfish yellow watchman goby blue gudgeons green clown gobies neon gobies many of the crysiptera damsels, yellowtail, figi blue devil, etc and such.. there's actually very few fish that are blue/purple out there once you think about it

9. What are '.save' files?

It is a nano emergency file where its buffer gets dumped. If your current file seems alright, you can delete the filename.save associated file.From nano manual notes:In some cases nano will try to dump the buffer into an emergency file. This will happen mainly if nano receives a SIGHUP or SIGTERM or runs out of memory. It will write the buffer into a file named nano.save if the buffer did not have a name already, or will add a ". save" suffix to the current filename. If an emergency file with that name already exists in the current directory, it will add ".save" plus a number (e.g. ".save.1") to the current filename in order to make it unique. In multibuffer mode, nano will write all the open buffers to their respective emergency files.

10. How do you pluralize abbreviations of metric names (e.g. "kilo”)?

As the New Oxford American Dictionary reports, kilo is a noun used as abbreviation of kilogram and, rarely, of kilometer. The same is not true for mega, which is not used as noun. Nano is informally used as a noun, to mean nanotechnology.Looking for nanos and megas in the Corpus of Contemporary American English I found that

11. Is this a good nano saltwater setup?

Yeah, that is fine, but be careful. The smaller the tank is, the faster water evaporation raises the salinity to dangerous levels. You must monitor your salinity daily. One of those mini hydrometers that stays in the tank work great. No fish? You could have a nice damselfish in there. Turbo snails get pretty big. There my not be enough to eat if you get more than one. I would just have a single one. :) Oh, and make sure you upgrade the lighting for your corals or they will not grow and could possibly die.

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The Future of Solar Cells Is Diamond-like, Li-ion Or Nanocool?
The Future of Solar Cells Is Diamond-like, Li-ion Or Nanocool?
cycles, and the AFM measurements enabled the mapping of the trodes as a function of the number of cycles. The data in Fig. 17 are AFM images of sulfur electrodes after a different number of cycles, and reflect the topography of the electrodes' surface or cross-section (as indicated therein) on which the electrical conductivity data are superimposed as green spots. It is clearly seen in the images of Fig. 17 that as a composite sulfur electrode undergoes more cycles, its surface conductivity decreases, while the electrical conductivity of the electrodes' cross-sections does not change significantly due to cycling. Fig. 17 also shows the ratio between the electrical conductive surface and the total electrode surface in each AFM image as a function of cycle number. This clearly reflects the decrease in the surface conductivity of sulfur electrodes upon cycling. In parallel studies by SEM, EDS, XPS and Raman, it became clear that upon and the initial uniformity of the sulfur and carbon particles was not maintained. The structure collapses on and become electronically disconnected from the bulk of the electrode. Hence, it is clear that conventional composite struc- tures are not relevant for sulfur electrodes if one intends to problems of composite sulfur electrodes have been addressed in Two different solutions, suggested by groups from Waterloo were impregnated with sulfur. As seen in Fig. 19b and c, these sulfur electrodes provide demonstrated in Fig. 19d. The Stanford group used Li of elemental sulfur as the starting cathode material and a Si anode instead of lithium, thus elaborating a true Li-ion sulfur S as the starting cathode material in Li-S batteries was also suggested recently by Scrosati This approach also demonstrated relatively high and stable capacity. The relatively low voltage of the sulfur cathode can be nicely compensated by the huge capacity of sulfur elec- trodes, provided that they are prepared in ways that allow their full utilization. The low potential has advantages in terms of safety and the lack of side reactions with solution species (provided that the appropriate solutions are selected). Li-ion battery technology is at the focus of intensive R&D efforts by prominent research groups and industries throughout the world. After 15 years of Li-ion batteries that power most commonly used portable electronic devices, it seems that this technology has reached a high level of maturity and confidence that enables it to be pushed towards more demanding The field of Li-ion batteries is very interesting, important and attractive for the large scientific and technology communities in because these battery systems are complicated and their devel- opment requires multi-disciplinary skills and efforts. The lack of thermodynamic stability and the critical importance of passiv- ation phenomena in the operation of these systems mean that the development of each single component: new electrode materials, solution species, new separators and even cases requires rigorous studies of the correlation among composition, morphology and thermal stability. Hence, each R&D effort has to be backed by appropriate basic science. As was demonstrated in this review, there are new horizons for Li-ion batteries, and intensive efforts are underway regarding new materials that can bring these batteries to a high energy density that can open the door for the introduction of full EVs as the main mode of ground trans- portation. In this review we could not cover all of these efforts. The focus of this review was the performance and characteristics of materials (electrodes, solutions). However, final decisions on the elaboration of practical battery systems are also influenced by engineering aspects. For example, while graphite electrodes may provide relatively high capacity and very stable behaviour, they may be replaced by amorphous carbon anodes because their volume change upon full intercalation with lithium (around 10%) may not be tolerable for flat battery design. As another example, can be considered as a superb cathode material in terms of rate capability, reasonable capacity, relatively low price, and excellent stability. Nevertheless, the manufacturers of car batteries may prefer an alternative cathode material whose potential profile slopes, thus giving a better indication of the state of charge of the battery than a LiFePO Finally, it is important to mention that safety considerations are not less important than performance, since an accident with an EV due to battery failure may take the field many years backwards. High energy density means high safety risks, and it is the responsibility of the scientists who lead the R&D efforts in this field not to allow the commercialization of new Li battery systems (comprising novel materials) before it is clear that they meet all the safety requirements. In conclusion, successful R&D of novel Li-ion batteries that will combine excellent performance with the necessary safety features is the opportunity to meet the challenge of moving the world from transportation that depends on oil to electrical propulsion that can be charged by sustainable 'green' power sources. We also showed that some kinds of Li-ion batteries may be suitable for the storage and conversion of1. About charging Li-ion batteries in mobile devices [closed]They are Lithium Ion, the company would be insane to not provide a decent safety. If the current or input voltage exceeds the packs max, nothing will happen because its regulated by the systems PMIC, which will output a charging voltage and current that is safe for use with the corresponding battery. Mobile phones are charged over USB which is a 5V 1 A system, it will never get near 9 or twelve volts, if it did the phone would get rather unhappy. .. but this question is off topic. Its not a design question, go dig out a schematic for a phone and look at its power supply, and the charging circuitry. That will teach you more, but I am also sure you can find tons on google! the last question in your question. I race model touring cars, my packs come off the track hot, and get charged straight after, while still in most cases, hot, packs that are not designed for this kind of use are likely to explode, so as long as the pack is used as its designed, it wont explode, a few things that could cause it to vent or explode. shorting. over charging. under charging. drawing to much, or using a undersized battery for your intended application. puncturing the cell. Dodgy electronics2. There are a lot of talks about battery technology. Is there anything coming any time soon to replace old li-ion?No, unfortunatrly.The new technology you hear about are either incremental (but then they are not in the big press) or revolutionary. Anything revolutionary can be paraphrased as we radically improved this one property, and for all the other problems left we see possibilities how to solve them. And they never do solve these, certainly not in 2-5 years as they promise. Useful batteries require quite a lot of difficult properties: high capacity, fast charging, working at room temperature, large number of charge cycles. Improving the charge speed to a few minutes is great, but if capacity is largely lost after 20 cycles, that battery is not going to be much use in my laptop. And high specific capacity is fantastic, but if it requires 24 hours to charge, I do not want it in my phone. Battery technology is hard, and most of the radical changes you hear about you will never see in any product. If they appear, they ended up much more modest3. NiMh vs. Li Ion?Sounds like modern baby names. I am sure after this question is read some 20 something couple will be all "Lets name our baby Li Ion! Madison, Dakota and Pheifer are all so 2007!"
Nano Wire Manufacturing Method
American scientists have designed a simple and fast method for manufacturing nano wires, which can convert graphene oxide into conductive material by heatingAccording to the report of American physicist organization network, a joint research team in the United States said that they have made a breakthrough in the field of manufacturing nano circuits with graphene: they have designed a simple and fast , which can tune the electrical characteristics of graphene and turn graphene oxide from insulating material to conductive material. This is recognized as an important discovery in the field of graphene electronics.The reason why nano circuit researchers are enthusiastic about graphene is that compared with silicon, electrons will encounter less resistance when moving in graphene, and the size of silicon transistor is close to the limit of relevant physical laws. Although graphene nanoelectronics can be faster and consume less energy than silicon-based electronics, no one knows how to make scalable or repeatable graphene nanostructures.The team tested two kinds of graphene oxide, one made of silicon carbide and the other made of graphite powder. Researchers used thermochemical nanolithography technology to raise the temperature of graphene in the nano scale, so as to design nano circuits similar to graphene. When the temperature reaches 130 ℃, graphene oxide becomes more conductive and can change from insulating materials to graphene like materials such as more conductive nanowires. These performances are a sign of the effectiveness of the technology.Eliza redo, associate professor of physics at Georgia Institute of technology, said: "The research shows that by using the tip of the atomic force microscope to locally heat the insulated graphene oxide, we can reduce the size of the nanowire to 12 nm and tune its electronic properties to more than 4 conduction orders of magnitude. There was no tip wear or damage to the graphene sample during the experiment."William king, an associate professor in the Department of mechanical science and engineering at the University of Illinois at champagne, also believes that the new technology has three advantages: first, the whole process can be completed in one step, and the insulating graphene oxide can be transformed into functional conductive materials only through nano heating; second, this technology can be applied to various types of graphene; third, the new technology is highly efficient and can be integrated in a very short time Meter structure is very beneficial to the manufacture of nano circuits.The researchers also said that the simple conversion from graphene oxide to graphene is an important way to manufacture conductive nanowires. It can not only be used in the field of soft electronics, but also be used to produce bio compatible graphene wires, which can be used to measure the electronic signals of single biological cells.
Characteristics and Technical Parameters of Micro Piezoelectric Clamp in Micro Nano Operating System
Micro piezoelectric clamp in micro nano operating systemAs an end effector in the micro nano operating system, the micro clamp mainly completes the clamping, handling, placement and release of small-size samples. Through the transmission mechanism, the piezoelectric clamp converts the voltage into the displacement output of the jaw. The clamping of the micromanipulation object is realized through the jaw closing and the release of the micromanipulation object is realized through the jaw opening.The micro motion piezoelectric clamp developed and produced by xintomorrow is driven by piezoelectric ceramic stack and adopts flexible hinge mechanical amplification structure. It has the characteristics of high resolution, fast response and no friction. The clamping displacement can reach 100 microns, which is an essential executive device in micro nano operating system.Features: clamping displacement up to 100 μ m. Sub millisecond response time, resonant frequency up to 1.5khz.Technical parameters:Model: xd002-d2; Degree of freedom of motion: X; Stroke range (0 120V): 80 μ m; Travel range (0 150V): 100 μ m; Push / pull: 10 / 1n; Stiffness in moving direction: 0.04N/ μ m; No load resonance frequency: 1500hz; No load step time: 0.7ms; No load full stroke working frequency: 300Hz; Maximum bearing capacity: 0.05kg; Electrostatic capacity: 0.18 μ F; Material: stainless steel; Weight: 10g.E53. A piezoelectric controller is very suitable for driving xd-002 series micro motion piezoelectric pliers, which can not only ensure fast response time, but also ensure the working stability of piezoelectric pliers. At the same time, E53 series piezoelectric controller is very compact, compact and easy to integrate.fqj
An Important Component of Optical Neural Network System: Programmable Nano Optical Processor with ne
Massachusetts Institute of Technology (MIT) scientists published a paper in the journal Nature optics published on the 12th, saying that they have developed a new optical neural network system, which can perform highly complex operations, thus greatly improving the operation speed and efficiency of the "deep learning" system."Deep learning" system simulates the learning ability of human brain through artificial neural network, which has become a hot research topic in the field of computer. However, in the task of analog neural network, a large number of repetitive "matrix multiplication" highly complex operations need to be performed. For traditional CPU (central processing unit) or GPU (graphics processor) chips that rely on power, such operations are too intensive and difficult to complete.Through several years of efforts, MIT professor Marin soljahik and colleagues have developed an important component of optical neural network system - new programmable nano optical processors, which can perform complex operations in artificial intelligence with almost zero energy consumption. Soljasik explained that ordinary glasses can perform complex operations such as "Fourier transform" through light waves. The programmable nano optical processor adopts the same principle, which contains a waveguide matrix composed of multiple laser beams. These light waves can interact to form interference modes, so as to perform specific target operations.The research team has proved through tests that compared with electronic chips such as CPU, this optical chip performs artificial intelligence algorithms faster and consumes less than one thousandth of the energy consumption of traditional chips. They also built a neural network primary system with programmable nano optical processor. The system can recognize the pronunciation of four vowels with an accuracy of 77%. Their ultimate goal is to cross lay the programmable nano optical processor into a multi-layer structure, build an optical network nervous system, and simulate the neurons in the human brain to perform complex "deep learning" operations.Soljasik said that the new optical processor can also be used for signal processing in data transmission to realize the conversion between optical signals and digital signals more quickly. In the future, complex optical neural networks based on new optical processors will occupy an important position in all low-energy applications such as big data centers, security systems, autopilots or UAVs.
How to Modify the Universal USB Car Charger to Charge the Third Generation IPod Nano
Step 1:You shouldn't need more than standard soldering tools, multimeter and a few resistors (not shown) - I grabbed a few SMT resistors from the old CDROM drive.If you want a very simple step without any instructions, all I do is connect a 27K ohm resistor from V (pin 1) to D - (pin 2), and then connect another 12K ohm resistor between D - and D (pin 3). It's simple.Step 2: turn on the chargerYou need to remove the charger (in fact, you can use the USB extension cable to do this, but I don't want any more sundries.)Take out the fuse and screw on the cover. Then you need to disconnect the charger. The mines were welded together, so I had to look through the sides of the box and pry it open. Do not cut too deep with a saw, or you will have to traverse the components of the charging circuit.Step 3: add a resistorYou need to add two resistors. You should first perform a continuity test to determine whether your two central pins are connected to other pins. If so, you may have used a different charger, which may not work properly.According to the USB charging and power specifications, I should be able to simply short circuit the two central pins (data line) and the device, detect that it has been connected to the charging device and start charging.I tried this operation first, but it didn't succeed (iPod detected that it had something inserted, but refused to charge). I know mintyboost! I will charge the iPod, then quickly browse the schematic diagram and test it with a multimeter. I think it is worth adding two pull-up resistors.I don't think these values are worth it, which is crucial (the USB specification is quite tolerant), but I decided to try to roughly match mintyboost! Except for V to d-resistance, this is speculation.Don't forget to check whether the resistance between the pins is correct and they are not connected anywhere that should not be connected.Step 4: Test (and rejoice)!After reassembly, I tested the charger with indifferent equipment - in this case, the damaged dg-100 GPS data recorder - and checked that nothing (useful) exploded.Next I tried all three iPods. success!I wrapped the charger with tape to complete the "finished" appearance.
Introduction to Mele & Co Wooden Jewelry Box - the Phthora Nenano As Part of the Hagiopolitan Octoec
The phthora nenano as part of the Hagiopolitan octoechos of mele & co wooden jewelry boxToday the system of eight diatonic modes and two phthorai ("destroyers") is regarded as the modal system of Byzantine chant, and during the eighth century it became also model for the Latin tonariesintroductions into a proper diatonic eight mode system and its psalmody, created by Frankish cantores during the Carolinigian reform. While was often called "chromatic", the second phthora was named "nana" (gr. ) and called "enharmonic", the names were simply taken from the syllables used for the intonation (enechema). The two phthorai were regarded as two proper modes, but also used as transposition or alteration signs. Within the diatonic modes of the octoechos they cause a change into another (chromatic or enharmonic) genus (metavoli kata genos).The earliest description of phthora nenano and of the eight mode system (octoechos) can be found in the Hagiopolites treatise which is known in a complete form through a fourteenth-century manuscript. The treatise itself can be dated back to the ninth century, when it introduced the book of tropologion, a collection of troparic and heirmologic hymns which was ordered according to the eight-week cycle of the octoechos. The first paragraph of the treatise maintains, that it was written by John of Damascus. The hymns of the tropologion provided the melodic models of one mode called echos (gr. ), and models for the phthora nenano appeared in some mele of certain echoi like protos and plagios devteros. . , , , , . , .For the songs in this book eight Echoi are said to be necessary. But this is not true and should be rejected. In fact the Plagios of Deuteros is mostly sung as Mesos Deuterose.g. , the and other pieces written by Master Cosmas and Master John of Damascus "from the Mousike". (If, however, you try to sing the compositions of Master Joseph and others "with the Mousike", they will not fit, having not been composed "according to the Mousike"). Similarly the Plagios of Tetartos is mostly sung as Mesos Tetartos like over and many others. For these cases we can see that ten Echoi are used (for the repertory of this book) and not eight, only.The author of the treatise wrote obviously during or after the time of Joseph and his brother Theodore the Studite, when the use the mesos forms, phthorai nenano and nana were no longer popular. The word "mousike" () referred an autochthonous theory during the 8th century used by the generation of John of Damascus and Cosmas of Maiuma at Mar Saba, because it was independent from ancient Greek music. But it seems that it was regarded as inappropriate to use these phthorai for the hymn melodies composed by Joseph and other hymns composed since the ninth century, since they must have preferred the diatonic octoechos based on the kyrios and the plagios instead of the mesoi.The concept of phthora in the Hagiopolites was less concerned that the Nenano and Nana were somehow bridges between the modes. As an introduction of the tropologion it had to integrate the mele composed in these phthorai within the octoechos order and its weekly cycles. Since they had their own mele and compositions like the other echoi, they were subordinated to the eight diatonic echoi according to the pitches or degrees of the mode (phthongoi) of their cadences. ,  ,  .They were called Phthorai (i.e. destroyers), because they begin from their own Echoi, but the thesis of their cadences and formulas are on notes (phthongoi) from other Echoi.They had to be classified according to a certain echos of the eight-week cycle by adding the intonation "nenano" to the intonation of the main diatonic echos (usually abbreviated by a modal signature). For example, the intonation formula of echos plagios devteros (E) could be followed by the intonation of nenano which leads to the echos protos (a), as a kind of "mesos devteros", which lies in between the finalis of the kyrios (b natural) and the one of its plagios (E). Usually the diatonic kyrios protos (a) could end on its plagios (D) in the diatonic genus, but the chromatic phthora nenano makes it end in the plagios devteros (E).------Tom Wright (baseball) of mele & co wooden jewelry boxThomas Everette Wright (September 22, 1923 September 5, 2017) was an American professional baseball player. The outfielder, born in Rutherfordton, North Carolina, played all or part of nine seasons in Major League Baseball (194856) for four American League teams. He threw right-handed, batted left-handed, stood 5feet 11inches (1.80m) tall and weighed 180 pounds (82kg) as an active player.Wright was signed by the Boston Red Sox as an amateur free agent in 1942. After his first professional season, he entered the United States Army Air Forces, where he served in the Pacific Theater of Operations during World War II and missed the 194345 seasons. He returned to baseball in 1946, and led the Class C Carolina League in batting average (.380) and hits (an even 200), while making the CL All-Star team. His performance earned him a three-level promotion to the Double-A Southern Association for 1947, where he batted .325 and was also named an All-Star. Then, in 1948, he hit over .300 (at .307) for a third straight season, this time in the Triple-A American Association. On September 15, 1948, he made his Major League debut with the Red Soxtripling as a pinch hitter in his first big-league at bat. Wright then returned to Triple-A for the entire 1949 campaign. He won the American Association batting championship (hitting .368) and collected 200 hits, second in the league. During the September 1949 pennant race, he made five pinch-hitting appearances for the Red Sox.Wright spent all of 1950 on Boston's roster, hitting .318 in part-time and pinch-hitting duty, with 54 games played and 115 plate appearances. Of his 34 hits, only seven went for extra bases, all doubles. He then returned to Triple-A for much of 1951, getting into only 28 games with Boston, 13 as a starting outfielder, and batting only .222. After the season, he was traded to the St. Louis Browns on November 28, 1951. In 1952, Wright would set personal bests in games played (89) and hits (50), but he batted only .253 with two home runs and the Browns traded him after 29 games in St. Louis to the Chicago White Sox on June 15. He was a reserve outfielder for the ChiSox for the next year and a half, playing behind Minnie Mioso, Sam Mele and Jim Rivera. During spring training on March 27, 1954, he was traded for the third and last time, to the Washington Senators. But Wright was still unable to break into the everyday lineup, appearing in 76 games, half of them as a starting outfielder.He spent most of 1955 and 1956 in minor league baseball, except for eight appearances as a pinch hitter and one game for Washington as a pinch runner at the tail end of 1955 and the beginning of 1956. On April 18, 1956 he played his final game after nine seasons in the big leagues. Wright retired after the 1957 minor league season.In 341 MLB games played, Wright registered 175 hits, including 28 doubles and 11 triples, as well as six home runs and 99 RBI. He batted .255 lifetime.Wright died September 5, 2017, aged 93.
TiO 2 Nanoparticles Functionalized by Pd Nanoparticles for Gas-sensing Application with Enhanced Bu
Pd functionalized TiO2 nanoparticles were synthesized by a facile hydrothermal method. The structure, morphology, surface chemical states and surface area were characterized by X-ray diffraction (XRD), transmission electron microscopy (TEM), X-ray photoelectron spectroscopy (XPS), and N2 adsorption-desorption isotherms, respectively. The as-synthesized pure and Pd functionalized TiO2 nanoparticles were used to fabricate indirect-heating gas sensor, and the gas-sensing characteristics towards butane were investigated. At the optimum temperature, the sensors possess good response, selectivity, response/recovery, repeatability as well as long-term stability. Especially for the high response, the response of 7.5 mol% Pd functionalized TiO2 nanoparticles based sensor reaches 33.93 towards 3000 ppm butane, which is about 9 times higher than that of pure TiO2 nanoparticles. The response and recovery time are 13 and 8 s, respectively. Those values demonstrate the potential of using as-synthesized Pd functionalized TiO2 nanoparticles as butane gas detection, particularly in the dynamic monitoring. Apart from these, a possible mechanism related to the enhanced sensing performance is also investigated.Butane, a colorless, slight irritant and easily liquefied gas, which is widely used in outdoor cooking, subcritical extraction, refrigerant and the raw material of organic synthesis. However, butane has a flash point of −60 °C and an explosion limit of 1.5  8.5%. This means that it is easy to blast, and has a threat to the property and life safety of people. When the butane concentration reaches 1000 ppm in air, the phenomenon of dizziness, drowsiness and drunk, even coma, will appear. In addition, the toxic and noxious gases of carbon monoxide and carbon dioxide produced from butane combustion are a hidden danger to human body health. Hence, the detection of the butane is necessary.Up to now, the sensing materials, such as MFeO (M = Zn, Cu, Ni, and Co), SnO , ZnSnO , ZnO, FeO , ZnCoO were used to detect butane. However, the responses of the articles show the lower value. For example, E.R. Kumar reported that the response of Mn substituted ZnFeO for 1000 ppm butane is 2. It is reported that to 500 ppm butane, the sensor response of the hollow ZnSnO microspheres is 5.79 at the optimum operating temperature of 380 °C. The maximum response of the sensor based on γ-FeO to 1000 ppm n-butane at 300 °C reported by I. Ray . is about 10. For ZnCoO spinel synthesized by S. Vijayanand exhibits high response (72 towards 50 ppm butane), but the response time (85-90 s) and recovery time (75-80 s) are a little longer, which perhaps cannot satisfy the timely monitoring needs. In this case, searching for a potential butane-sensing material which has higher response and shorter response/recovery time is deserved.TiO, a wide energy gap semiconductor, has been intensively studied as a key material for fundamental research and technological applications in the fields of semiconductors, lithium-ion batteries, photocatalytic decomposition and solar cell, because of its good chemical stability, non-toxicity, abundance and low cost. Its versatility makes it a promising use in sensing performance. However, TiO is a high resistance n-type semiconductor with conductivity that is too poor to be considered for gas sensing oxidative gases, and its low electrical conductivity inhibits its practical implementation as a gas sensor. From the reported literatures, we realized that doping or adding precious metal is an effective strategy for enhancing the sensing performance. For instance, in C.L. Xiang's work, well-dispersed Pd nanoparticles were decorated on the highly ordered TiO nanotubes by chemical reduction while TiO nanotubes were prepared through an anodic oxidation in an ethylene glycol aqueous solution. The results showed hydrogen sensor based on Pd nanoparticles decoration with the TiO nanotubes, while Pd nanoparticles can adsorb hydrogen to trigger the formation of Pd hydride, both high sensitivity and excellent selectivity have been achieved with rapid response and recovery. E. Şennik . prepared TiO nanowires on Ti foil by hydrothermal method, obtained spider-web like structures were obtained, and these TiO nanowires were loaded with Pd.The experimental study reported that Pd-loaded TiO sensor shows enhanced response to 5000 ppm ethanol with 400 times better sensitivity compared to the pristine TiO sensor. Pd loaded TiO nanorods (Pd-TiO NRs) in E. Şennik's work were synthesized via the chemical vapor deposition (CVD) process. The result showed that Pd-loaded TiO can be used as a sensing material for improving sensor abilities, the reason for using Pd is the higher catalytic activity of Pd particles on O adsorption and desorption. These results reveal that doping or adding precious metal is an effective measure to enhance the gas sensing performance of TiO nano-materials. In the meantime, to the best of our knowledge, there are fewer reports on the butane sensing properties of Pd functionalized TiO nanoparticles, which were prepared by hydrothermal method.In this paper, Pd functionalized TiO nanoparticles were obtained by a simple, facial hydrothermal method. The Pd functionalized TiO nanoparticles were then used as sensing material for indirect heating sensor. The gas-sensing performances of the sensors were measured, showing good sensing properties towards butane, particularly with the high response and fast response/recovery time. In addition, the sensing enhancement mechanism of the materials is discussed.
What Are Some Ways to Keep My Hair Really Healthy?
What Are Some Ways to Keep My Hair Really Healthy?
Use professional shampoo & conditioner. I know it may seem like a rip-off, however all the shampoos like Pantene, Garnier, etc. have a high alcohol content....since the normal pH of your hair is 4.5-5.5, things containing high amounts of alcohol throw your hair all out of whack and cause breakage, split-ends, fly-aways, etc. The reason these shampoos make your hair feel soft is because they contain high amounts of humectants, which are just a cover for how damaging they really are! Another tip is ALWAYS use a thermal protector while applying heat. Heat appliances cause tons of damage to your hair. Usually this is a cream/clear gel you apply before blow drying. Never use a flat iron on hair that is not completely dry!1. Split End Help. ( 10 Points) !!!!!!!!!!!!!!!!!!!!!!?For sure you should get a trim and maybe even cut your hair as short as you are comfortable doing it. You should for no reason straighten or dye your hair. Look for some Garnier Fructis or Pantene shampoos and conditioner for curly hair so that it extra moisturizes it and helps the split ends repair themselves. I say from experience that ppl with curly hair have really bad split ends, which is why we have special stuff in our hair products. The split ends wont magically go away in like a month or a few weeks, but you will see improvement after a while. Oh, and for sure DO NOT PICK THEM OFF!! It will just make it worse. Every two months until your hair is healthy get a trim. just maybe half an inch or an inch will be just fine. Eventually your hair will go back to normal. Good luck with that!.2. Whats the best shampoo conditioner for cheap?clever or V05 are solid inexpensive ($a million) shampoos, yet whilst it is composed of conditioner i could bypass Tresemme ($6) it does an somewhat solid interest. i take advantage of salon shampoo because of the fact i am form of a hair snob, yet I nonetheless use the cheap conditioner. Pantene is undesirable on your hair (too plenty protein and reasons alot of greater build up on the hair) so i does not bypass there. desire this permits! My hair is oily, superb, and colour-taken care of if that helps you any!3. How can I get my curly hair to be nice like Taylor Swift?Haha i have the same hair long and curly..but not pretty curly! im completely obsessed with taylor and her hair so i did so playing with it and what you really NEED to get is the conair hot sticks!! they are these little flexible curlers and they are not very expensive and i would look like a frizz ball without them!! you can like get them at walmart. anyways what i do when iwear my hair curly is like i get up and get in the shower and wash it and condition it and this may sound weird but dont use a whole lot of conditioner just enough to get it done cause it will help your hair hold the curl the just get out and towel dry your hair till it is just damp and then put a curling mouse in it and frizz serum then finish blow drying it straight! and you know have the curlers on like when your gettin in the shower and then just make sure the little light is on meaning that they are hot enough and then seperate your hair into pretty small peices (if you have really thick hair then you might need to buy two sets cause they only have 14 in them and you use small sections) and then start from the botom of your hair and role it through your hair and pin it together youll see the instructions on how to pin them together and make sure you wrap it all the way to the top of your head and leave them for like 15 or 20 minutes while your finishin gettin ready and then use like a light hairspray about 5 minutes before you take them out then your done. i know this thing was really long but its not that hard lol!!!! hope i helped good luck!!!!!!!!
How Was the First Sale of Vivo X60 Series?
How Was the First Sale of Vivo X60 Series?
Zeiss lens has a history of 175 years. Its biggest advantage is its ultra-clear imaging ability. Generally, only using high-end cameras has become the dream of camera lovers around the world with its unique selling points such as color restoration, high resolution and almost no corner distortion. Why do you talk about dreams here? Because of its ultra-high price, ordinary people can only think but can not become a reality.On December 29, 2020, vivo X60 series, the first product jointly developed by vivo and Zeiss, was officially launched. All the series are equipped with Zeiss optical lenses as standard, which can be owned for a minimum of 3498 yuan. On January 8, vivo X60 series was officially launched. We can see that it won the double champions of JD platform sales sales, tmall platform sales sales, Suning platform sales sales, and also the double champions of online sales and sales. Besides Zeiss blessing, why is vivo X60 series so popular with the market and consumers?Ultra lightweight appearanceThe thickness of vivo X60 does not exceed 8mm, and the weight of vivo X60 does not exceed 180g (excluding the unpublished Super Cup). Among them, the vivo X60 is only 7.36mm thick, making it the lightest 5g mobile phone in the world, 0.04mm thinner than the iPhone 12 series. The slim and fashionable appearance and vivo's strict pursuit of technology and design create the unparalleled hand feel of vivo X60 series. If you don't believe it, you can try it in the offline experience store in person. You can't forget the feeling of holding it in your hand.Top imaging systemThe vivo X60 is equipped with Zeiss optical lens as standard. Whether it is the main camera, ultra wide angle or professional image lens, it is an optical lens jointly developed by both sides. The whole system is equipped with the second generation micro PTZ as standard. With these two hardware blessings and the image system jointly developed by vivo Zeiss, you can take a good picture at any light source and scene. You can learn from the comments of professional photographers on the imaging effect of vivo X60 series.Performance of flagship aircraftVivo X60 is the world's first Samsung Orion 1080 processor. The overall performance of this processor is lower than that of Xiaolong 865. It is much stronger than what MediaTek Tianji 1000 and Xiaolong 765G are used in the same level models. With the blessing of Samsung Orion 1080, vvio X60 is far more competitive than its competitors.
Huami Technology Held a Press Conference on August 27, and Amazfit Smart Sports Watch 3 Officially A
Huami Technology Held a Press Conference on August 27, and Amazfit Smart Sports Watch 3 Officially A
This morning, huami technology officially announced that it would hold the 2019 new product Conference on August 27. Then, Huang Wang, CEO of huami technology, posted the invitation letter for the new product Conference on his microblog. Huami technology distributed amazfit one-way wet guide short sleeved T-shirts and amazfit antelope running shoes to the media as physical invitations. The gift box vacated a watch position, which triggered extensive discussion in the media. Huang Wang also explained that this vacancy was actually reserved for the new amazfit intelligent movement watch 3.(invitation letter from Huang Wang, CEO of huami Technology)The theme of huami technology's 2019 new product launch is "run, amazfit! Run!", which is adapted from the classic line "run, Forrest! Run!" of Forrest Gump. With his pure love for sports, Forrest Gump, the protagonist in the film, runs across the United States. No matter how many difficulties and ridicules he encounters, he also doesn't give up. "Run, Forrest! Run!" is the symbolic line that Forrest Gump's mother encourages him, and Forrest Gump can persevere and succeed step by step. This spirit also inspires many people. According to Huang Wang's microblog, the amazfit smart sports watch 3 not only symbolizes huami technology's understanding and adherence to the sports spirit, but also has a taste of paying tribute to Forrest Gump.(theme poster of huami technology's 2019 new product launch)At present, huami technology has become a leading enterprise in the wearable field. With the power of technology, it promotes everyone in the world to enjoy better sports, health and medical services. Sports is undoubtedly an important part of the mission of huami technology. In the past amazfit smart watch products, we can also see a lot of improvements in sports functions.Taking the amazfit smart watch GTR released last month as an example, it provides 12 sports modes such as outdoor running, walking, outdoor cycling, indoor running, indoor cycling, open water swimming, swimming pool swimming, elliptical machine, mountaineering, cross-country running, skiing and exercise. Turn on the corresponding professional sports mode before sports, you can always understand your sports status and help improve sports efficiency.(huami technology amazfit smart watch GTR)Facing the professional sports market, huami technology has also launched several products of amazfit smart sports watches 1, 2 and 2S. It is worth mentioning that it has been a long time since huami technology last updated the smart sports watch series. With more and more attention to sports and healthy life, huami technology still needs to bring more stimulation to the sports watch market and further implement the mission of huami technology. This may also be an important reason why huami technology updates amazfit smart sports watch 3.In terms of function, at present, amazfit smart sports watch 2 has been equipped with 16 sports modes. According to Xiaobian's guess, amazfit smart sports watch 3 will be richer in sports modes to meet the sports monitoring needs of different users. With more powerful functions, the price of amazfit smart sports watch 3 may reach 2500 yuan, which is also the price level of mainstream sports watches at present. As for whether the new product has more professional sports function improvement, we still need to wait for the official answer on August 27.
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