temperature band

Calculation of sky temperature at 3 mm band

3mm波段天空亮温的计算

Several vital problems such as high temperature, narrow band of the transmission channel in the operation environments of Downhole Video ( DHV) system are discussed at first.

首先结合井下电视的实际工作环境，讨论了在设计时需要考虑的一些问题，如高温、传输信道窄等。

The Effect of Temperature on Energy Band with Exchange Interaction

温度对于交换作用下的能带劈裂的影响

Further increasing the substrate temperature broadens the band tail width of the films because the hydrogen content is too low to passivate the dangling bonds at the NC silicon grain surface.

对应更高的衬底温度，因薄膜中的氢不能完全中止纳米晶粒界面的悬键，使薄膜能带带尾加宽。

Absorption spectra of Nd~ ( 3+): KGW crystal for the three crystallographic axes were investigated at room temperature. The absorption band intensities distinctly revealed the anisotropy of Nd~ ( 3+): KGW.

在室温下测量了掺钕钨酸钾钆（Nd3+∶KGW）晶体三个晶轴方向的吸收光谱，其吸收谱带强度明显显示各向异性。

ASTER is an EOS instrument in Terra satellite which owes 15 bands. Five of them are TIR bands, which can be used to retrieve land surface temperature ( especially for band 13 and 14).

在对地观测卫星ASTER传感器的15个波段中，有5个（10~14波段）是热红外波段，特别是其中的第13和14波段可以被用来反演地表温度。

The results show that the temperature of shear band increases with the increase of the average strain rate(γ_0).

结果表明，随着平均应变速率的增加，剪切带中的温度逐渐增高。

The complex formation reaction in aqueous medium is very rapid at room temperature. The Soret band of the complex lies at 472 nm.

络合物形成反应在室温下可迅速进行，它的Soret带在472nm。

Examples of the analysis applied to some typical cases have been illustrated and the emission spectral band broadening originated from junction temperature variation during pulse operation is briefly discussed.

文中利用所得结果结合实例进行了讨论，并讨论了脉冲工作情况由于结温变化所导致的发射频谱展宽效应。

The experimental results such as temperature dependence of the optical band gap ( OBG) energy can provide the information about the electron-phonon interactions and optical excitation process.

光学禁带与温度依赖关系等实验结果可以提供电子-声子相互作用和光激发过程等信息。

Studying temperature field of band steel in the course of rolling has important significance on improving cooling system.

研究轧制过程带钢的温度场对改进冷却制度有重要的意义。

Low Temperature Photoluminescence Study on Broad Forbidden Band Semiconductor Material as well as Nanometer Material

宽禁带半导体材料及纳米材料的低温光致发光研究

As the deposition temperature increases, the band gap gradually become small. 3.

随着温度升高带隙变小。

A novel dual-band MEMS LNA design bimetal strip-type fixed temperature detector

一种双波段MEMS低噪声放大器设计双金属定温火灾探测器

EPR was measured at room temperature in X-band.

在室温X波段对煤标样作了EPR研究。

Based on gradient-dependent plasticity where an internal length parameter is included to consider the microstructural effect, the distributions of shear deformation, shear strain and temperature in adiabatic shear band were derived considering the slow and sharp decrease of load-carrying capacity beyond the peak shear stress.

采用梯度塑性理论，考虑了峰值剪切应力之后的材料承载能力缓慢降低的过程及承载能力快速降低的过程，推导了剪切带内部的剪切变形、应变及温度分布的公式。

Photoluminescence spectra that were excited by Xe laser at room temperature showed a blue band emission with great intensity.

其氤灯激光PL谱表明样品具有很强的蓝色发光。

Temperature dependence of band gap of CdSe colloidal nanocrystals

CdSe纳米晶带隙随温度变化的研究

At room temperature, the absorption band attributed to interstitial oxygen broadened due to the generation of oxygen precipitates.

由于高温退火过程中氧沉淀的生成，辐照样品的常温红外光谱中间隙氧吸收峰向低频端宽化。

Photorefractive gratings are promising to be applied to wavelength division multiplexing ( WDM) systems and electro-optic integration due to the advantages of small size, simple structure, easy erasing, high diffraction efficiency, low temperature sensitivity, narrow band filtering and so on.

光折变光栅具有体积小、制作简单、易擦除、可以实时处理、衍射效率高、温度响应小、可以进行窄带滤波等优点，其在波分复用系统和光集成方面有着潜在的应用前景。

The prediction values of shear strain and temperature in shear band based on gradient-dependent plasticity are higher than those by use of classical elastoplastic theory.

由于微结构效应，基于梯度塑性理论的剪切带内部的最大塑性剪切应变及最高温度的预测值高于经典理论的预测值。

The variations of the electronic band structure in the films with the temperature and composition have been observed. A series of the physics law between composition and some physical parameters ( dielectric functions, OBG, etc.) have been established. 2.

发现其电子能带结构随着温度及组分的变化关系，建立起它们的介电函数以及禁带宽度等物理参数与组分的一系列物理规律。

The variation law among the direct OBG, electronic band structure, and temperature has been established.

同时也建立了其直接光学能带和电子结构随温度的变化规律。

Several suggestions about temperature late poured band in basement structure seamless design

地下室结构无缝设计中温度后浇带的几点建议