arrangement for compensation of the temperature abhaengigen migration of spectral lines in spektralapparaten direct reading

• 1. 电动汽车中电池组用分布式温度补偿装置及温度补偿方法 [P] . 中国专利： CN111600097B . 2021.02.23
• 2. 电动汽车中电池组用分布式温度补偿装置及温度补偿方法 [P] . 中国专利： CN111600097A . 2020-08-28
• 3. Arrangement for compensating for the temperature -, migration of the spectral lines in the case of spectral apparatuses, with direct reading [P] . 德国专利： DE1241145B . 1967-05-24

  机译： 补偿温度的装置-在光谱设备的情况下光谱线的迁移，可直接读取

• 4. A device for compensation of the migration as a function of the temperature of the spectral lines in the waveguide to direct reading [P] . 法国专利： FR1446018A . 1966-07-15

  机译： 一种用于补偿迁移的设备，该迁移与波导中光谱线的温度有关，可以直接读取

• 5. arrangement for double spectral decomposition in spektralapparaten [P] . 德国专利： DE000000535199A . 1931-10-08

  机译： 光谱仪中双光谱分解的排列

• 1. Microgel Thin Film Loss Tangent and Substrate Elasticity Direct Cell Spreading and Migration Responses [C] . Daniel Chester, Jeremy Nortey, Rahul Kathard, Society for Biomaterials annual meeting and exposition . 2019
• 2. Atmospheric Compensation and Surface Temperature and Emissivity Retrieval with LWIR Hyperspectral Imagery [D] . Pieper, Michael. 2017
• 3. Circadian clock locus frequency: protein encoded by a single open reading frame defines period length and temperature compensation. [O] . B D Aronson, K A Johnson, J C Dunlap 1994
• 4. Quantitative Studies of Apparent Rotational Temperatures of OH in Emission and Absorption (Spectral Lines with Doppler Contour) [O] . Penner S. S. 1953
• 5. Integrated Optical Micromachined Pressure Sensors with Spectrally Encoded Output and Temperature Compensation [R] . DeBrabander, Gregory N., Beheim, Glenn, Boyd, Joseph T. 1997

• 1. 光谱线峰位移的机理研究及单道和多道电感耦合等子体光谱仪智能波长校正装置的研究 [C] . 刘克玲 . 中国化学会第七届分析化学年会暨原子光谱学术会议 . 2000
• 2. 回转式空预器温度场分析及热补偿密封装置研究 [A] . 张明尧 . 2019