1·Exposure dose should be changed with the thickness of SU-8 photoresist.
根据SU - 8胶的厚度确定曝光剂量的大小。
2·Methods the exposure dose, imaging time and image quality were compared in the two digital imaging system.
方法对两种数字化成像系统的曝光剂量、成像时间和图像质量进行比较分析。
3·The incidence rate of neurasthenic syndrome was 61.13%. It had rising trend with accumulative exposure dose.
神经衰弱综合症发生率随着累积辐照剂量积增呈递增趋势。
4·Then, exposure conditions including the exposure dose and source to film distance were changed to find the optimal one.
改变源片距离和曝光剂量，进一步突出所能发现的误差，确定最佳曝光条件；
5·Resu lts The direct digital imaging system had the advantages of low exposure dose and good image quality. The first film rate was 91.3%.
结果直接成像系统具有曝光剂量小、图像质量佳等饰点，其甲级片率达到91.3%。
6·Urinary TNOC is a better index that is applied to assess the exposure dose of TNOC in humans and study etiology of NOC of esophageal cancer.
尿总亚硝基化合物指标是评价人体亚硝胺接触水平的良好指标，可用于食管癌亚硝胺病因研究。
7·The exposure dose distribution and line width control for the laser direct writing system are analyzed. Some experiments are also carried out.
对激光直写光刻的曝光量分布和线宽控制进行了相关理论分析和实验。
8·Analysis and evaluation were carried out on the safety grade of the radiation source, radiation prevention site and the exposure dose level of the working staff.
方法通过现场监测，按照标准对辐射源安全级别，场所辐射防护区域，工作人员接受的剂量水平进行分析评价。
9·Finally, the results of selecting the optimum exposure dose for two kinds of electron positive resists and the photos of LSI masks fabricated by this method are given.
最后，给出了用本法对两种正性电子抗蚀剂选择最佳曝光剂量的结果和制作的大规模集成电路掩模版的照片。
10·The results of numerical simulation show the lesion of photoaging skin can be selectively damaged if the wavelength, exposure duration and exposure dose of irradiated ligh are reasonably selected.
数值模拟的结果表明：合理选择光辐射波长、辐射曝光时间和曝光剂量，可以选择性的热破坏光老化皮肤中的病损组织。