Rev Sci Instrum Research Articles

787. Simple, inexpensive transistorized, continuously monitoring liquid helium and liquid nitrogen indicator: H J Seguin and R W Leonard, Rev Sci Instrum, 37, 1966, 1743–1744

787. Simple, inexpensive transistorized, continuously monitoring liquid helium and liquid nitrogen indicator: H J Seguin and R W Leonard, Rev Sci Instrum, 37, 1966, 1743–1744

852. Apparatus for measurement of friction and adhesion at ultrahigh vacuum: R D Brown and R A Burton, Rev Sci Instrum, 37, 1966, 1699–1701

852. Apparatus for measurement of friction and adhesion at ultrahigh vacuum: R D Brown and R A Burton, Rev Sci Instrum, 37, 1966, 1699–1701

Mechanical system for multiple thin film deposition: M R Randlett et al, Rev Sci Instrum, 37, 1966, 1378–1380

Mechanical system for multiple thin film deposition: M R Randlett et al, Rev Sci Instrum, 37, 1966, 1378–1380

Simple bakeable thin foil vacuum window: J Edgecumbe, Rev Sci Instrum, 37, 1966, 1419

Simple bakeable thin foil vacuum window: J Edgecumbe, Rev Sci Instrum, 37, 1966, 1419

Modular electron beam source for thin film deposition: K L Chopra and M R Randlett, Rev Sci Instrum, 37, 1966, 1421–1422

Modular electron beam source for thin film deposition: K L Chopra and M R Randlett, Rev Sci Instrum, 37, 1966, 1421–1422

Vacuum furnace for high temperature fractural studies: P L Gutshall and G D Swanson, Rev Sci Instrum, 37, 1966, 1413–1414

Vacuum furnace for high temperature fractural studies: P L Gutshall and G D Swanson, Rev Sci Instrum, 37, 1966, 1413–1414

Low temperature system for thermal conductivity measurements: M V Klein and R F Caldwell, Rev Sci Instrum, 37, 1966, 1291–1296

Low temperature system for thermal conductivity measurements: M V Klein and R F Caldwell, Rev Sci Instrum, 37, 1966, 1291–1296

96. High temperature vacuum-tight windows for gas laser research: A L Greilich and J E Swain,Rev Sci Instrum, 37(9), 1966, 1257–1258

96. High temperature vacuum-tight windows for gas laser research: A L Greilich and J E Swain,Rev Sci Instrum, 37(9), 1966, 1257–1258

101. Static gas sampling device: R O Adams,Rev Sci Instrum, 37,1966, 1243

101. Static gas sampling device: R O Adams,Rev Sci Instrum, 37,1966, 1243

69. Field ionization gauge for molecular beam detection: R O Woods and J B Fern, Rev Sci Instrum, 37, 1966, 917–918.

69. Field ionization gauge for molecular beam detection: R O Woods and J B Fern, Rev Sci Instrum, 37, 1966, 917–918.

40. Some observations about high voltage breakdown and vacuum conditions: B W Schumacher, Rev Sci Instrum, 37(8), 1966, 1092.

40. Some observations about high voltage breakdown and vacuum conditions: B W Schumacher, Rev Sci Instrum, 37(8), 1966, 1092.

163. Growth of sputtered vs evaporated metal films: K L Chopra,Rev Sci Instrum, J Appl Phys, 37, 1966, 3405–3410

163. Growth of sputtered vs evaporated metal films: K L Chopra,Rev Sci Instrum, J Appl Phys, 37, 1966, 3405–3410

266. Apparatus for determining creep behaviour under conditions of ultra high vacuum: R W Buckman and J S Hetherington,Rev Sci Instrum, 37(8), 1966, 999–1003

266. Apparatus for determining creep behaviour under conditions of ultra high vacuum: R W Buckman and J S Hetherington,Rev Sci Instrum, 37(8), 1966, 999–1003

Reliable submicron pressure readings with capacitance manometer.: N G Utterback and T Griffith Jr, Rev Sci Instrum, 37, 1966, 866

Reliable submicron pressure readings with capacitance manometer.: N G Utterback and T Griffith Jr, Rev Sci Instrum, 37, 1966, 866

Electron bombardment technique for deposition of cadmium, sulphide film transducers: R Weber, Rev Sci Instrum, 37, 1966, 955

Electron bombardment technique for deposition of cadmium, sulphide film transducers: R Weber, Rev Sci Instrum, 37, 1966, 955

30 keV ion bombardment apparatus for study of interaction of light ions with surfaces: G M McCrackenet al, Rev Sci Instrum, 37, 1966, 860–866

30 keV ion bombardment apparatus for study of interaction of light ions with surfaces: G M McCrackenet al, Rev Sci Instrum, 37, 1966, 860–866

Techniques for using liquid helium in very low temperature apparatus: O E Vilches and J C Wheatley,Rev Sci Instrum, 37,July 1966, 819–831

Techniques for using liquid helium in very low temperature apparatus: O E Vilches and J C Wheatley,Rev Sci Instrum, 37,July 1966, 819–831

Growth of cobalt crystals: H T Hudson, Rev Sci Instrum, 37, July 1966, 881

Growth of cobalt crystals: H T Hudson, Rev Sci Instrum, 37, July 1966, 881

1736. Glass vacuum seal to operate at high temperatures: R M Tester and W R Doty,Rev Sci Instrum,37,1966, 792–793

1736. Glass vacuum seal to operate at high temperatures: R M Tester and W R Doty,Rev Sci Instrum,37,1966, 792–793

1872. Quasistatic vapour pressure measurements on reactive systems in inert atmosphere box: A K Fischer, Rev Sci Instrum, 37, June 1966, 717–719

1872. Quasistatic vapour pressure measurements on reactive systems in inert atmosphere box: A K Fischer, Rev Sci Instrum, 37, June 1966, 717–719