Taking the temperature by Howard, A

TEMPERATURE OSCILLATIONS by Allen, M, Read, P, Smith, L

A model for leaf temperature decoupling from air temperature by Blonder, B, Michaletz, ST

“…Leaf temperature (Tleaf) influences rates of respiration, photosynthesis, and transpiration. …”

Battery internal temperature estimation by combined impedance and surface temperature measurement by Richardson, R, Ireland, P, Howey, D, Richardson, R, Ireland, P, Howey, D

“…The mean absolute error in the predicted maximum temperature throughout the cycle is 0.6°C (3% of the total core temperature increase), in contrast to a mean absolute error of 2.6°C if the temperature is assumed to be uniform (13% of the total core temperature increase). © 2014 Elsevier B.V. …”

TEMPERATURE TIME-SERIES by Allen, M, Read, P, Smith, L

Observation of ion temperatures exceeding background electron temperatures in petawatt laser-solid experiments by Norreys, P, Lancaster, K, Habara, H, Davies, JR, Mendonça, J, Clarke, R, Dromey, B, Gopal, A, Karsch, S, Kodama, R, Krushelnick, K, Moustaizis, S, Stoeckl, C, Tatarakis, M, Tampo, M, Vakakis, N, Wei, MS, Zepf, M

“…The neutron spectra have two elements: a high-energy component generated by beam-fusion reactions and a thermal component around 2.45 MeV. The ion temperatures calculated from the neutron signal width clearly demonstrate a dependence on the front layer thickness and are significantly higher than electron temperatures measured under similar conditions. …”

High and low temperature series estimates for the critical temperature of the 3D Ising model by Salman, Z, Adler, J

The temperature dependence of heavy-ion damage in iron: A microstructural transition at elevated temperatures by Yao, Z, Jenkins, M, Hernandez-Mayoral, M, Kirk, M

TITAN'S SURFACE BRIGHTNESS TEMPERATURES by Jennings, D, Flasar, F, Kunde, V, Samuelson, R, Pearl, J, Nixon, C, Carlson, R, Mamoutkine, A, Brasunas, J, Guandique, E, Achterberg, R, Bjoraker, G, Romani, P, Segura, M, Albright, SA, Elliott, M, Tingley, J, Calcutt, S, Coustenis, A, Courtin, R

“…Temperature decreases toward the poles, reaching 90.5 0.8 K at 87°N and 91.7 0.7 K at 88°S. …”

Body temperature and its regulation by Kuht, J, Farmery, A

“…Humans are homeotherms, i.e. they fix their temperature regardless of their environment. This is vital for normal cellular function and for metabolism to be independent of external temperature. …”

High-temperature macroscopic entanglement by Vedral, V

“…It is this entanglement that will exist at temperatures below the superconducting critical temperature, which can currently be as high as 160 K. …”

Temperature-responsive protein pores. by Jung, Y, Bayley, H, Movileanu, L

“…We describe temperature-responsive protein pores containing single elastin-like polypeptide (ELP) loops. …”

Underground detection of atmospheric temperature by Osprey, S, Barnett, J, Smith, J

Holographic correlators at finite temperature by Alday, LF, Koloğlu, M, Zhiboedov, A

“…We consider weakly-coupled QFT in AdS at finite temperature. We compute the holographic thermal two-point function of scalar operators in the boundary theory. …”

High temperature electronics in Europe by Johnston, C

“…High temperature electronics (HTE) has been a European research theme since HITEN, the High Temperature Electronics Network of Excellence was established in 1990. …”

TEMPERATURE STATES ON GAUGE GROUPS by Carey, A, Hannabuss, K

THE SOUND OF TEMPERATURE: WHAT INFORMATION DO POURING SOUNDS CONVEY CONCERNING THE TEMPERATURE OF A BEVERAGE by Velasco, C, Jones, R, King, S, Spence, C

“…We report a series of three experiments designed to assess the extent to which people can infer the temperature of water on the basis of the sound that can be heard when it is poured from one vessel into another. …”

The Sound of Temperature: What Information do Pouring Sounds Convey Concerning the Temperature of a Beverage by Velasco, C, Jones, R, King, S, Spence, C

“…We report a series of three experiments designed to assess the extent to which people can infer the temperature of water on the basis of the sound that can be heard when it is poured from one vessel into another. …”

The reduction of oxygen in various room temperature ionic liquids in the temperature range 293-318 K: exploring the applicability of the Stokes-Einstein relationship in room temperature ionic liquids. by Huang, X, Rogers, E, Hardacre, C, Compton, R

“…Oxygen solubilities are also reported as a function of temperature. In the six ionic liquids, the Stokes-Einstein relationship (D proportional, variant eta(-1)) was found to apply only very approximately for oxygen. …”

The crystal structure and methyl group dynamics in the room-temperature and low-temperature phases of lithium acetate dihydrate by Kearley, G, Nicolai, B, Radaelli, P, Fillaux, F

“…Lithium acetate dihydrate crystallizes in the Cmmm space group in the room-temperature phase with a = 6.82082(9) Å, b = 10.88842(12) Å, c = 6.59911(7) Å, and Z = 4. …”