Low Temperature Physics by Kolm, H. H.

Subjects: “…Low Temperature Physics…”
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Low Temperature Physics by Herlin, M. A., Kolm, H. H., Bernstein, B.

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Low Temperature Physics by Bernstein, B., Kolm, H. H.

Subjects: “…Low Temperature Physics…”
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Low Temperature Physics by Jennings, L. D., Jr., Garland, C. W., Bernstein, B., Kolm, H. H., Huber, E. E., Jr., Whitney, W. M., Chase, C. E., Jr., Wright, J. W., Herlin, M. A., Cavileer, R. P.

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Low Temperature Physics by Wright, J. W., Kolm, H. H.

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Low Temperature Physics by Herlin, M. A., Jennings, L. D., Jr.

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Low Temperature Physics by Jennings, L. D., Jr., Wright, J. W.

Subjects: “…Low Temperature Physics…”
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Low Temperature Physics by Whitney, W. M.

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Low Temperature Physics by Garland, C. W.

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Low Temperature Physics by Whitney, W. M.

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Low Temperature Physics by Slutsky, L. J., Garland, C. W.

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Low Temperature Physics by Maxwell, E., Cochran, J. F., Whitney, W. M.

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Low Temperature Physics by Whitney, W. M., Oder, R. R., Witzke, K. G., Rosenshein, J. S., Jeffers, W. A., Cochran, J. F., Maxwell, E., Glenn, W. H., Jr.

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Low Temperature Physics by Cochran, J. F.

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Low Temperature Physics by Cochran, J. F.

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Low Temperature Physics by Whitney, W. M., Waugh, J. S.

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Low Temperature Physics by Maxwell, E., Cochran, J. F., Whitney, W. M., Waugh, J. S.

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Low-temperature supercapacitor by Muhammad Ja'far Sodiq Bin Kelana Izrak

“…For the electrolyte mixture, potassium hydroxide (KOH) solution was compared to a mixture of aqueous sodium chloride (NaCl) and ethylene glycol (EG) to determine their ability to maintain specific capacitance at low temperatures of 0°C to -40°C. The aqueous NaCl-EG mixture was found to be a better electrolyte in achieving this objective, allowing operating temperatures to go as low as -60°C.…”
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Temperatures sensing unit by Kok, Pak Sum

“…In this report, the focus is on the TSU which is the ‘eyes’ of the system, providing the temperature data needed for the PLCU to make decisions. …”
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TEMPERATURE SURGES IN THERMISTORS by Fowler, A, Howison, S