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- [32] THE SPECIFIC HEAT OF RUBIDIUM BETWEEN 1.2 AND 4.2-DEGREES-KCANADIAN JOURNAL OF PHYSICS, 1959, 37 (04) : 525 - 528MANCHESTER, FD
- [33] EPR SPECTRUM OF SOLID NITROGEN AFTERGLOW AT 4.2-DEGREES-KJOURNAL OF CHEMICAL PHYSICS, 1957, 27 (02): : 593 - 594COLE, THARDING, JTPELLAM, JRYOST, DM
- [34] ALPHA-PARTICLE IRRADIATION OF GE AT 4.2-DEGREES-KPHYSICAL REVIEW LETTERS, 1958, 1 (09) : 349 - 349GOBELI, GW
- [35] ALPHA-PARTICLE IRRADIATION OF GE AT 4.2-DEGREES-KPHYSICAL REVIEW, 1958, 112 (03): : 732 - 739GOBELI, GW
- [36] HEAT CAPACITY OF CALCIUM FROM 1.8 TO 4.2-DEGREES-KJOURNAL OF CHEMICAL PHYSICS, 1957, 27 (06): : 1267 - 1269GRIFFEL, MVEST, RWSMITH, JF
- [37] ZERO FIELD SPLITTINGS IN ATOMIC NITROGEN AT 4.2-DEGREES-KJOURNAL OF CHEMICAL PHYSICS, 1958, 29 (02): : 451 - 451COLE, TMCCONNELL, HM
- [38] PHOSPHORESCENCE OF ATOMS AND MOLECULES OF SOLID NITROGEN AT 4.2-DEGREES-KPHYSICAL REVIEW, 1954, 95 (03): : 845 - 846BROIDA, HPPELLAM, JR
- [39] TRAPPED NH2 RADICALS AT 4.2-DEGREES-KJOURNAL OF CHEMICAL PHYSICS, 1959, 30 (04): : 999 - 1005ROBINSON, GWMCCARTY, M
- [40] TEMPERATURE CONTROL METHOD FOR USE BETWEEN 4.2-DEGREES-K AND 77-DEGREES-KREVIEW OF SCIENTIFIC INSTRUMENTS, 1960, 31 (10): : 1133 - 1135FLOURNOY, JMBAUM, LHSIEGEL, S