We describe here a graphite calorimeter for measuring absorbed dose produced by ionizing radiation. Besides ease of use, an important feature of such a device is the high-resolution differential thermometer—em
We report on the development of a high resolution Penetration Depth Thermometer (PDT). The PDT is based on the fact that the magnetic field penetration is temperature dependent in a superconductor. The sensitivity and temperature range is broadened by the use of a thin film rather than a bulk...
Nanokelvin-resolution Thermometry Non-contact Thermometry Photonic Crystal Micro-thermometer Thermoreflectance Coefficient 1. Introduction Photonic crystals (PCs) are engineered using a periodic structure that creates a repeating pattern of varying geometry or materials to achieve specific optical properties from...
Temperature and pH were measured in triplicates with a thermometer and pH strips, respectively. Total iron A total of 100 µL of groundwater was mixed with 900 µL of 1 M HCl on-site. Samples were taken in triplicates and kept at 4 °C till measurement. Total iron was measured by...
1b) is realized as a ℓ=1 µm long copper normal-metal absorber (brown) connected to three superconducting leads (blue). The right one is a tunnel contact of the thermometer and the other tunnel junction on the left the hot electron injector. The third one pointing down and 50 nm...
Liquid in Glass Thermometer Resolution Uncertainty The liquid-in-glass thermometer in the image above has a resolution of 1 °C. Since the scale markers are very close together, it is acceptable to divide the resolution by 2. This makes the resolution uncertainty 0.5 °C. ...
A MONTHLY RESOLUTION δ18O THERMOMETER OF A PORITES LUTEA CORAL FROM LEIZHOU PENINSULA雷州半岛造礁珊瑚Porites lutea月分辨率的δ18O温度计研究Yu Kefu,Huang Yaosheng,Chen Tegu,Liu Tungsheng,Zhao Huanting,Lin Ying,余克服,黄耀生,陈特固,刘东生,赵焕庭,林颖...
A FLIR thermometer records the temperature of the MN array with and without current in a 25 °C environment. The results show no noticeable change in temperature during the electrochemical corrosion, which indicates a low possibility of tissue damage from heat effects. Figure 2j and ...
Thermogenetics is a promising innovative neurostimulation technique, which enables robust activation of neurons using thermosensitive transient receptor potential (TRP) cation channels. Broader application of this approach in neuroscience is, however, hi
This results in a string of “1s” starting at bit circuit 610 going upward and a string of “0s” starting at bit circuit 660 going backward. This results in what is known as a thermometer code. The bit circuit where the propagating signals meet corresponds to a timing difference between...