radiation-generated current

The low frequency radiation of common mode current is proportional to area enclosed by current.

低频情况下异模电流之远场辐射正比于电流包围之面积.

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Some Influencing imaging quality factors of this inspector are analyzed from theory to experiment, and corresponding calibration methods are put forward, including CCD dark current nonuniformity, CCD photon response nonuniformity, vignetting effect of optical system, converting screen nonuniformity of response to X-ray radiation.

分析了内视仪中影响成像质量的各个因素的特性，提出了相应的校正方法。包括CCD暗电流不一致性，CCD光响应不一致性，光学系统渐晕，转换屏对射线响应不一致性。

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The low frequency radiation of common mode current is proportional to current length.

低频情况下共模电流之远场辐射正比于线电流之长度.

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A solid-state photosensitive electron device whose current voltage charact eristic is a function of incident radiation.

一种固态光敏电子器件,其电流电压特性是入射光的函数.

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Using injection of impurity with higher charge of the nuclei allows us to increase the radiation cooling on a 3? ms time scale and the electronic temperature loss contract is 80% before current terminates.

用激光吹气注入高Z杂质能够增加辐射冷却，等离子体在-3ms时间内迅速冷却而且在电流终止之前电子温度损失约80%。

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Therefore, based on the consideration of both photocurrent increase factor due to transient ionization effects and threshold current density decrease factor due to displacement effects, we obtain an integrated LD optical response model of radiation effect.

因此，在综合考虑了瞬态电离效应的光电流增加因素和位移效应的阈值电流密度衰减因素的基础上，获得了LD辐射效应综合光学响应模型。

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With the plane Archimedean spiral antenna a calculation of the current on the antenna as well as its radiation is carried out and its frequency independence was verified.

并以平面阿基米德螺旋天线为例，计算了天线上的电流分布和辐射特性，验证了天线的频率无关特性。

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Third, space effect on the current tectonic activity is extruded from the thermal radiation field of land surface by the difference between influence of atmosphere and tectonic activity on land surface.

再次，根据构造因素与非构造因素对地表热辐射影响的空间差异提出均值梯度法，突出构造活动信息；

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There was a linear fit between the radiation dose rate and the target current.

线性拟合示，剂量当量率与束流强度呈正比。

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Strong correlations were found between current eyesight and volunteers ’ lifetime exposure to sunlight, above all UVB radiation ( which is responsible for burning).

研究发现，志愿者目前的视力与其暴露在阳光下（尤其是导致灼伤的中波紫外线辐射）的时长有很强的相关性。

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