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Research methods The cross section of the structure of nanocable MOSFET is shown in Fig. 1.The yellow short line is the metal electrode of source and the red short line is the metal electrode of drain.
For the structure of nanocable MOSFET, the influence factors of the conductivity is the Si shell’s doping concentration, the thickness of SiO2 and the resistance of the conductive part (Si shell).The presented paper will mainly focus on the three factors above to research and optimize.
The cross section of the structure of nanocable MOSFET Firstly, the structure of nanocable MOSFET device is built by the two dimensional device simulation program.
The parameters mentioned above could be adjusted in the structure module.
Lett. 84 1189–91 [4] Duan X, Huang Y, Cui Y, Wang J and Lieber C M 2001 Nature 409 66–9 [5] Huang Y, Duan X and Lieber C M 2005 Small 1 142–7 [6] Zhong Z, Qian F, Wang D and Lieber C M 2003 NanoLett. 3 343–6 [7] Wang L, Hu W D, Chen X S, Lu W, JOURNAL OF APPLIED PHYSICS 108, 054501(2010) [8] ShuHaibo, Chen Xiaoshuang, Ding Zongling, Dong Ruibing, Lu Wei, JOURNAL OF PHYSICAL CHEMISTRY C 115, 14449(2011) [9] ShuHaibo, Chen Xiaoshuang, Zhao Huxian, Zhou Xiaohao, Lu Wei 2010 JOURNAL OF PHYSICAL CHEMISTRY C 114, 17514（2010） [10]Li Wang, JianshengJie, Chunyan Wu, Zhi Wang, Yongqiang Yu and QiangPeng 2010 Nanotechnology 21(2010) 285206 (7pp)

The SiC ceramic particles were sintered to be a rigid ceramic network structure.
The oxide membrane was distributed on the SiC with cristobalite crystal structure.
After the oxide membrane was formed on the SiC network, the interface structure of the oxidized-SiC/Fe composite is actually of SiC/SiO2/Fe.
Materials Chemistry and Physics.
Materials Chemistry and Physics.Vol. 80(2003). p. 360-365.

The as-quenched U-Nb alloy has a single phase structure α”, whose internal phase structure varies to form the niobium-rich phase or niobium-lean phase after long-time natural aging and eventually forms the α＋γ1-2 or α＋γ2.
However, after identical thermal treatment of 400 ℃ for 3hr, the microstructure morphology changed as shown in Fig. 1 (d), and two different types of transformation structures, acicular or banded and the bulk structure, which became kind of lattice like microstructure, are apparently seen in the micrographs.
Moreover, the growth front expanded along definite directions, resulting in the morphology of the hydride area turned into obvious dendritic structures as illustrated in Fig. 1 by some squares.
The ridges of the hydride in the hydrogenated area also contributed to the lattice-like structure, and beneath that the hydrogenation reaction was fierce.
Condon: The Journal of Physical Chemistry.

The structure of coal has been found to be similar to the structure of multicomponent organic glass.
(a) Coal structure of coals; ovals are graphite-like structures [1]; (b) ordered graphite-like structure in the coal [3] The current development of microwave treatment of coal is aimed at improving its quality.
This is explained by similar distortions of the structure around Fe3+ ions.
Conclusions The study showed that microwaves efficiently affect the structure and electronic structure of brown coal associated with it.
Obukhov, Comparison of supramolecular organization of brown coal from different deposits, Chemistry for sustainable development. 9 (2001) 255–261

The structure examinations were done by transmission electron microscopy (TEM, Philips CM-20, 200 KV) and scanning electron microscopy (SEM, LEO 1540 XB).
After the sintering the carbon additions are preserved in the structure.
The detail of structure investigation of silicon nitride composites have been presented in our previous works [3,17,19].
In comparison the carbon black and CNT additions resulted more porous structures (densities between 3.15-3.3 g/cc).
Chan: Materials Chemistry and Physics Vol. 85(2004), p. 438 [2] S.C.

Development of new routes for the synthesis of AlN particles is one of the integral aspects of materials chemistry.
Finally, molecular structure and chemical reaction for nitridation were suggested.
The composition and structure of the aluminum-urea chloride complex were characterized using Fourier-transform infrared spectroscopy (FT-IR, Jasco 6300).
Crystal structure was coincident correctly with Aluminum urea chloride.
Also, molecular structure for aluminum urea chloride complex was suggested in Fig. 2(b) considering organometallic coordination chemistry.

The structure around the hard brittle carbide phase in the high chromium cast iron grinding ball is worn away, and the isolated carbides lose the protection of the matrix structure.
The white carbides aggregate into large agglomerates, and the carbides present a relatively close network structure.
The results are shown in Table 3 Table 3 Performance test of grinding ball hardness /HRC impact toughness (J/cm²) Out of round grinding ball 56.3 4.3 Optimized grinding ball 61.0 4.1 Conclusion According to the structure characteristics of the out of round grinding ball, the carbides in the defect part of the grinding ball presents a relatively close network structure, and there are some coarse carbides, which have a great influence on the hardness and toughness of the grinding ball.
Materials Chemistry and Physics,2019,224
Chemicals & Chemistry,2018

It has been discussed that different overlay compositions [6] and matrix chemistry [7] determine the erosion-corrosion of the PTAW overlay.
After corrosion test in the acid electrolyte, PTAW-Ni shows the preferential dissolution of inter-dendritic structure, the intermetallic Ni3B.
Holes are seen (Fig. 9a) suggesting the detachment of nickel dendritic structure by the preferential dissolution of Ni dendritic structure for PTAW-Ni in the bentonite alkaline electrolyte.
In addition, the attack on nickel dendritic structure becomes more severe as the carbide content increases, as can be seen in the slightly lower magnification SEM micrographs of all carbides based hard facings (Fig. 10b).
Subramanian, Effect of matrix chemistry and WC types on the performance of Ni-WC based MMC overlays deposited by plasma transferred arc (PTA) welding.

Therefore, in order to preserve the value of historical monuments during the restoration and renewal of architectural buildings and structures from masonry, it is advisable to use modified materials, in particular, modified mortars, identical or similar to historical materials.
As we established it in the process of conducting experimental research in the laboratory of the Institute of Inorganic Chemistry of the Academy of Sciences of the Republic of Uzbekistan, together with Professor Z.R.
The operating environment of the structure can explain some difference in the state of the structures of the solutions of the Ismail Samani mausoleum of the upper and lower parts of the brickwork walls.
Research results showed the state and genetic identity of the structure of modified compositions of masonry solutions with historical materials used in the construction of monuments of national architecture, which is a very important result for restoration work.
Publishing house “Chemistry”, L.: 1968

If the structure is used on a SNOM fiber probe, the local field enhancement effect can be used to enhance the light intensity of a sample coupled into a probe, and then to increase the resolution.
Nano-antenna probe structure Physical model and fundmental principle.The nano-optical antenna probe discussed in this paper is shown in Fig. 1, The fiber core material is SiO2 and the surface plated Au film is 80 nm.
The wavelength of these SPPs is shorter, so part of the SPPs will transfer to the other side of SPPs structure along the 10 nm gap between dipole arms.
The location of resonance wavelength is related to many factors, such as material, shape, width of gap, and parameters of the resonance arm structure.
Martin, and Paolo Biagioni, "Prospects of Resonant Optical Antennas for Nano-Analysis " CHIMIA International Journal for Chemistry. 60, 765( 2006)