P-type - Globe Thesis - Globe Thesis

Keyword [P-type] Result: 181 - 200 \| Page: 10 of 10
181.	A study of p-type zinc oxide thin films
182.	Thermoelectric property studies on carbon-60 doped P-type Bismuth(0.5)Antimony(1.5)Tellurium(3)
183.	Investigation of band bending in n- and p-type gallium nitride
184.	Investigation of doped zinc oxide by molecular beam epitaxy for n- and p-type Conductivity
185.	Fabrication and characterization of thermomechanically processed sulfur and boron doped amorphous carbon films
186.	N- and P-type Nano Bismuth(antimony)tellurium(selenium) Alloy Materials with Enhanced Thermoelectric Figure of Merit and Device Performance
187.	Characterization of CopA, a P1B-type Copper(I)-ATPase
188.	Co-doping of CVD diamond with boron and sulfur
189.	Novel Thin Film Transparent Conducting Oxides Deposited by DC Reactive Magnetron Sputtering
190.	Electrical and electrothermal transport properties of n- and p-type indium nitride
191.	P-type transparent conducting oxides
192.	Electrical, chemical, and structural characterization of the interface formed between nickel/gold and palladium/gold ohmic contacts and cleaned p-type gallium nitride (0001) surfaces
193.	Opto-electronic study of phosphorus-doped n-type and hydrogen-doped p-type CVD diamond films
194.	An investigation into the reliability of the silicon dioxide/silicon carbide material system
195.	Computational characterization of prospective n- and p-type dopants in cubic boron nitride
196.	The characterization of defects, impurities, and carriers in gallium arsenide crystal growth and their effects on the electrical properties, thermal stability, and implant anneal characteristics
197.	Real-time photoelectron spectroscopy study of the oxidation reaction kinetics on p-type and n-type Si (001) surfaces
198.	EFFECTS OF SATURATED-HYDROCARBON PLASMA ON ELECTRONIC PROPERTIES OF GRAIN-BOUNDARIES IN P-TYPE POLYCRYSTALLINE SILICON
199.	Ion induced electron emission: The effects of conduction band electrons and surface density of states
200.	Comparison of Barrier Heights of Selected Refractory Metals on Porous P-Type Silico
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