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; Updated in
2023 :
August :
29th (Tuesday) : Chemical _ in _ Physics;
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; Updated in
2023 :
August :
29th (Tuesday) : Chemical _ in _ Physics;
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;
; Updated on
29 :
8 :
2023 :
Chemical / Physical ;
Approx. 40+ info available to read; Also see: Chemical Elements;
ACTION or process of precipitating
(e.g. substance from a solution) i.e.
precipitation; YIN
and
YANG of, Pros & Cons of, chemical causes physical,
physical causes chemical, ... ;
news;
note;
note;
。
Explicit (combination
of atoms), i.e. Molecule;
Types
of atoms (since
all
materials of matter have been made of atoms), i.e.
element;
Number of atoms in
1
Substance (doko
WHERE
Water behaves like substances) ... ; (atomic level
≡
macroscopic level) in process,
WHEN
COUNTERS are
counting Number of particles, UNIT should be ("mole");
since the defined atom is with (negatively charged electron
AND
positively charged nucleus (a.k.a. proton, neutron)), electron's (energy level,
shell) in
(
Electron configuration,
Electron configuration,
Electron configuration,
Electron configuration) prompts
electronic structural of the defined (atom, element, molecule, substance;
(periodicity, properties of elements, property)
Display
composition of materials in quantum mechanical design model, so
variable
data
define the atoms' ((
hatsugen Observation,
hatsugen Proposal,
hatsugen
Remark,
hatsugen Speech,
hatsugen
Statement,
hatsugen Utterance),
state,
stated, stating) by mass-spectrometry
DATA,
interaction with (defined light, directional gravity spots, electromagnetic
waves, lights) can provide (
Measure,
measure,
measurement) of concentrations
WHICH (lead
to, represent as) Symbol illustrations;
Computers
for computing
Distance
(e.g. OH+ OH+ Distance),
formation of New Substance, (physical
AND
biochemical) processes, transformations, so
Parameter e.g. atom, element, energy, force,
ion,
molecule,
object,
... ; (physical property (Matter), physical property (Substance)), diff
properties e.g. gaseous, liquid, solid, ... determined by WHICH (concentration,
mixture, solution, solvent) and regarding antiviral
COVID-19
(2019-2020-2021) medicine, winners are Germany, Japan, and USA; Also see:
Chemical _in_ Physics;
mathematical
Bamboo Stem R&D;
Nanobot Programming;
。
In 2005, used engine oil can be reversed chemical engineered to become gasoline [NHK news]; Also see: Ion's spiral path direction; Materials; Plasma cluster technology by Sharp;
A-Si, Amorphous Silicon, TFT fabrication;
AlN, Aluminum Nitride, HEMT;
Al-Cu vs. Cu;
AlGaAs, 850 nm conventional VCSEL at 25Gb/s;
ArF, Argon Fluoride; Immersion lithography, [www.nec.co.jp/press/en/0606/2003.html];
BaTiO3, nanocrystals' functional catalytic, [w3.chula.ac.th/research/en/congra/Piyasan.pdf; 2006];
C6H12O6, glucose, also see: extracting electron and hydrogen by enzymatic oxidation inside of bio battery to produce 50mW; [http://www.sony.net/SonyInfo/News/Press/200708/07-074E/ ; 2007] ;
C60, CNT, cabon nanotube;
CeO2, nanocrystals' functional catalytic, Chemical + Electronics + Materials, [w3.chula.ac.th/research/en/congra/Piyasan.pdf; 2006];
CS, Cadmium Sulfide, photocell for
light
sensor
;
CdS, Cadmium Sulfide, approx. 100K
ohms in dark room environment, approx. 10K ohms in ambient light, approx. 500
ohms in normal room with light;
FeGe; Also see: Magnet;
Fe2O3, nanocrystals' functional catalytic, [w3.chula.ac.th/research/en/congra/Piyasan.pdf; 2006];
FOX;
GaAs, Gallium Arsenide, MESFET;
GaN, Gallium Nitride, HEMT; GaN, substrates, FPC;
GeSbTe, Germanium Antimony Tellurium, To control accumulators, microcontrollers have been designed; Microcontroller's SOC MOS mem cell phase changes at 100 micro A and 1.5 V, by Dope O; [www.hitachi.com/New/cnews/051213.html]; V=IR, and HighR 1, LowR 0 via Tungsten BEC;
Hf, Hafnium, [www.nec.co.jp/press/en/0506/1601.html];
HfSiON, 50% Hf, [www.nec.co.jp/press/en/0606/2002.html]; HfSiON, High-k gate;
InGaAlAs, Indium Gallium Aluminum Arsenide, Aluminum based, operating temperature 0 °C ~ 80 °C, 40 km distance, no temperature control needed, 10Gbps, optical modulator related material, [www.hitachi.com/New/cnews/050714a.html];
Li-ion, Lithium Ion, battery; Also see: mAh;
LiCoO2 anodes, lithium-ion cells, commonly used battery cells, 10°C ~ 45°C operating temperature, 4.25V charging voltage; IF >4.25V, crystal lattice transformation occurs by LiCoO2's reversible reaction, >4.25V potential may destroy lattice;
LOC;
LOCOS;
Nb, Niobium, polymer solid electrolytic capacitor, NEC;
Ni3Si, pFET, [www.nec.co.jp/press/en/0606/2002.html]; Ni3Si 53%, PMOS;
Ni-Cd, Ni-Cad, Nickel Cadmium, battery;
NiMH, Nickel Metal Hydride, battery; Also see: mAh;
NiSi, nFET, [www.nec.co.jp/press/en/0606/2002.html]; NiSi 28%, NMOS;
No cadmium
Cd AND
no lead Pb AND
no mercury Hg; Also see:
ORB;
p-Si, poly Silicon, TFT fiabrication;
PZT, Lead zirconate titanate, 82 40 22 , [www.nec.co.jp/press/en/0602/2101.html];
Si, Silicon, fundamental nanophotonics;
Si3N4;
SiC, Silicon Carbide, HEMT;
SiGeHBT, silicon germanium transistor, 5GHz wireless, [www.nec.co.jp/press/en/0207/1502.html];
SiN, Silicon Nitride; Stress test to a gate; Electron & hole's stress; Also see: STI;
SiO2;
SiOCH, [www.nec.co.jp/press/en/0606/2001.html];
Te-O-Pd, Tellurium Sub-oxide palladium doped, 4 layered CD, panasonic, 2006;
TiO2, nanocrystals' functional catalytic, [w3.chula.ac.th/research/en/congra/Piyasan.pdf; 2006]; Also see: O2 sensor; TiO2 to Pd Ag TiO2; Also see: X ray spectrometer, [w3.chula.ac.th/research/en/congra/joongjai.pdf; 2006];
ZrO2, nanocrystals' functional catalytic, [w3.chula.ac.th/research/en/congra/Piyasan.pdf; 2006];
...
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