VACUUM FUSION ANALYSIS - APPARATUS AND DETERMINATION OF OXYGEN IN CHROMIUM

[1] ADCOCK F, 1927, J IRON STEEL I, V115, P369

[2] DETERMINATION OF OXYGEN IN STEEL BY THE VACUUM FUSION METHOD [J]. ANALYTICAL CHEMISTRY, 1947, 19 (06) : 417 - 422

[3] BEACH AL, 1950, ANALYT CHEM, V22, P366

[4] BRAMLEY GEA, 1939, IRON STEEL I LONDON, V25, P87

[5] BROWNLEE KA, 1949, IND EXPT, P86

[6] Determination of oxygen and nitrogen in steel - Improvements in the vacuum fusion method [J]. INDUSTRIAL AND ENGINEERING CHEMISTRY-ANALYTICAL EDITION, 1935, 7 : 0391 - 0395

[7] ANALYSIS OF OXYGEN IN TITANIUM [J]. JOURNAL OF METALS, 1949, 1 (10): : 31 - 33

[8] DERGE G, 1948, T AM I MIN MET ENG, V176, P219

[9] FAGEL J, COMMUNICATION

[10] HALD A, 1952, STATISTICAL THEORY E, P391

[1] ADCOCK F, 1927, J IRON STEEL I, V115, P369

[2] DETERMINATION OF OXYGEN IN STEEL BY THE VACUUM FUSION METHOD [J]. ANALYTICAL CHEMISTRY, 1947, 19 (06) : 417 - 422

[3] BEACH AL, 1950, ANALYT CHEM, V22, P366

[4] BRAMLEY GEA, 1939, IRON STEEL I LONDON, V25, P87

[5] BROWNLEE KA, 1949, IND EXPT, P86

[6] Determination of oxygen and nitrogen in steel - Improvements in the vacuum fusion method [J]. INDUSTRIAL AND ENGINEERING CHEMISTRY-ANALYTICAL EDITION, 1935, 7 : 0391 - 0395

[7] ANALYSIS OF OXYGEN IN TITANIUM [J]. JOURNAL OF METALS, 1949, 1 (10): : 31 - 33

[8] DERGE G, 1948, T AM I MIN MET ENG, V176, P219

[9] FAGEL J, COMMUNICATION

[10] HALD A, 1952, STATISTICAL THEORY E, P391