A critical review of the methods reported in the literature for the study of gas-metal reactions in high and ultra-high vacuum systems is given. Experimental apparatus and techniques based on volumetric, gravimetric, magnetic, and other properties of the metals including work function, accommodation coefficient, resistivity, and others have been used. A volumetric method, based on a determination of rate-of-reaction, was selected as most readily applicable to the proposed investigation. (auth
A high temperature and high pressure equipment having a performance of the maximum condition of 1600...
The pressure and temperature dependdence of the evaporation-analogous heterogeneous reaction ZnO(s) ...
This research studied the combustion products generated from the burning of metals in high-pressure ...
An ultra high vacuum system capable of attaining pressures of 10-12 mm Hg was used for thermal desor...
Equations based on kinetic theory relate the contamination of refractory metals in vacuum to the app...
Oxygen, hydrogen and nitrogen are the three main gaseous elements, which adversely affect the physic...
Theoretical considerations involved in metal extraction reactions under vacuum have been discussed.T...
A number of materials are commonly used as vacuum system walls. The desorption of gases from these m...
Metal and oxide surface reactions formed by heating in the spectrometer at 300-400° at a vacuum of c...
A novel high pressure reaction cell and sample transfer mechanism for ultrahigh vacuum (UHV) spectro...
A versatile gas reaction cell has been developed for a 3D atom probe system to provide a new method ...
Vacuum techniques are used in two distinct fields: (1) applications where a vacuum is required as an...
An experimental study has been made of the high-temperature r action rates of various metal filament...
A vacuum apparatus including a microbalance and a gas-inlet system was designed. The microbalance ha...
Vacuum line techniques for handling air sensitive oganometallic compounds are described. The vacuum ...
A high temperature and high pressure equipment having a performance of the maximum condition of 1600...
The pressure and temperature dependdence of the evaporation-analogous heterogeneous reaction ZnO(s) ...
This research studied the combustion products generated from the burning of metals in high-pressure ...
An ultra high vacuum system capable of attaining pressures of 10-12 mm Hg was used for thermal desor...
Equations based on kinetic theory relate the contamination of refractory metals in vacuum to the app...
Oxygen, hydrogen and nitrogen are the three main gaseous elements, which adversely affect the physic...
Theoretical considerations involved in metal extraction reactions under vacuum have been discussed.T...
A number of materials are commonly used as vacuum system walls. The desorption of gases from these m...
Metal and oxide surface reactions formed by heating in the spectrometer at 300-400° at a vacuum of c...
A novel high pressure reaction cell and sample transfer mechanism for ultrahigh vacuum (UHV) spectro...
A versatile gas reaction cell has been developed for a 3D atom probe system to provide a new method ...
Vacuum techniques are used in two distinct fields: (1) applications where a vacuum is required as an...
An experimental study has been made of the high-temperature r action rates of various metal filament...
A vacuum apparatus including a microbalance and a gas-inlet system was designed. The microbalance ha...
Vacuum line techniques for handling air sensitive oganometallic compounds are described. The vacuum ...
A high temperature and high pressure equipment having a performance of the maximum condition of 1600...
The pressure and temperature dependdence of the evaporation-analogous heterogeneous reaction ZnO(s) ...
This research studied the combustion products generated from the burning of metals in high-pressure ...