短波辐射,Short wave radiation
1)Short wave radiation短波辐射
1.Objective To evaluate the effects of short wave radiation on male semen quality by single cell gel electrophoresis(SCGE).目的采用单细胞凝胶电泳的方法评价短波辐射对男性精液质量的影响 ,早期发现精子的亚临床损伤 ,及时提出干预措施 ,保证人口素质真正意义上的提高。
2.Summer monsoon precipitation in 1998 is simulated with different soil temperature and solar short wave radiation parameterization schemes using the improved p σ nine level hybrid coordinate model.利用改进后的 p-σ 9层混合坐标系模式 ,采用不同的土壤温度与太阳短波辐射参数化方案 ,对 1 998年夏季风降水进行模拟 ,发现改进的土壤温度计算法和改进的Lacis和 Hansen( NEW)短波辐射参数化方法相结合能较好地模拟降水。
3.The definition of radiative function in atmospheric short wave radiation transfer was improved to include the variation of the product of atmospheric scattering phase function and atmospheric single scattering albedo with height.改进了大气短波辐射传输之辐射函数的定义，将大气散射相函数与大气单次散射反照率之积随高度的变化包括在内。
英文短句/例句
1.a diathermy machine that uses short wave radiation as the source of heat.用短波辐射作为热源的电热疗机。
2.Numerical Studies on Radiative Effects of Dust Aerosol;沙尘气溶胶粒子短波辐射效应的数值研究
3.The Shortwave Solar Radiation Energy Absorbed by Packed Sea Ice in the Central Arctic北冰洋中央密集冰区海冰对太阳短波辐射能吸收的观测研究
4.We distinguish ultrashort, short, medium, and long waves.我们将其分为超短波，短波、中波和长波辐射。
5.The thermal radiation of shorter wavelengths than the visible are called ultraviolet.波长短于可见光的热辐射称紫外线。
6.Measurement of Electric Field Strength around Medium and Short Wave AM Radio Radiator中短波调幅广播辐射源周围场强测量
7.Analysis of Radiation Characteristic of Airborne Short Wave Antenna Based on FDTD Method基于FDTD的机载短波天线辐射特性分析
8.Analysis of Radiation Characteristic of HF Wire Antenna Mounted on Ship Using MLFMA舰载短波单极天线辐射特性的MLFMA分析
9.electromagnetic radiation emitted during radioactive decay and having an extremely short wavelength.辐射性衰变放出的电磁射线，波长非常短。
10.Safety requirements of radiation for microwave and ultrashort wave communication equipmentGB12638-1990微波和超短波通信设备辐射安全要求
11.Analyzing Radiation Field of Single Whip Antenna in Short Wave on Warship Based on MoM;基于MoM舰船短波单鞭天线的辐射场分析
12.Reradiate Computation Model of Transmission Line to the Shortwave输电线路对短波信号的二次辐射计算模型
13.To send out rays or waves.放射，辐射发出射线或波
14.radiation lying in the ultraviolet range; wave lengths shorter than light but longer than X rays.处于紫外线范围的辐射；波长比可见光短比X射线长。
15.wave picture of radiation辐射的波形图 辐射的波形图
16.microwave radio astronomy radiometer微波射电天文辐射计
17.scanning microwave multiband radiometr (SMMR)多波段扫描微波辐射仪
18.Possibility of Undulator Radiation as Short Length Laser by Periodically Bent Crystal周期弯曲晶体的摆动场辐射作为短波长激光的可能性
相关短句/例句
shortwave radiation短波辐射
1.The influence of variation of sand-dust aerosols onshortwave radiation in typical weather days was analyzed.5 m的KIPP&ZONEN自动辐射仪获取的监测资料,根据沙尘暴资料中PM10的小时浓度变化,参照TSP的变化趋势和塔中地面气象站的能见度和风速,将天气划分为晴空、浮尘和扬沙、沙尘暴三种类型,并分别选取其代表性天气,分析以塔中为代表的沙漠腹地,沙尘气溶胶浓度的变化对短波辐射的影响。
3)solar radiation短波辐射
1.The effect of optical depth of inhomogeneous clouds onsolar radiation fields is shown to be opposite to those of the single-scattering albedo and asymmetry factor of inhomogeneous clou.由于不均匀云光学厚度对短波辐射场的贡献与不均匀云单次散射反照率和不对称因子这两个因子对短波辐射场的作用基本上是相反的,从而造成同时考虑3个因子作用时,云的不均匀性效应对辐射场的直接作用很小,但可通过云水场的改变来间接影响辐射场。
2.On the base of Version 2,we have further improved itssolar radiation scheme by introducing the influence of the additional weak solar absorption bands,the habit and size effects of ice crystals,and the effect of the mesoscale inhomogeneity of clouds.在Version 2的基础上,对短波辐射方案进行进一步的改进:引入了新增非灰体气体吸收效应、冰晶粒子形状效应和尺度效应以及云的不均匀性效应(称为Version 3)。
4)net short-wave radiation短波净辐射
5)short-wave radiation source短波辐射源
1.By defining two parameters β1,β2,and by measuring wavelengths λ1,λ2 and a certain wavelength Ac as well as the corresponding brightness temperatures T1s,T2s and TOs,which are suited to the Wied s formula, an approximate method is presented for real temperature modified from the color temperature of ashort-wave radiation source which is approximate to a gray body.通过引进参量β１和β２，并测出维恩公式适用的波长λ１和λ２与某一特定波长λ０及相应的亮温Ｔ１ｓ，Ｔ２ｓ和Ｔ０ｓ，将接近灰体的短波辐射源色温修正为真温。
6)ultrashort wave radiation超短波辐射
延伸阅读
超短波辐射分子式：CAS号：性质：又称米波辐射(metre wave radiation)或甚高频辐射(over high frequency radiation)，波长从10m到1m，频率从30MHz到300MHz的无线电波。利用超短波可进行接力通讯、电视广播、导航等。过多接触超短波辐射者可引起神经衰弱症候群、脱发、月经紊乱等。
