solar short
英 [ˈsəʊlə(r) ʃɔːt]
美 [ˈsoʊlər ʃɔːrt]
【医】日光疗法，日光浴
双语例句
- When the total solar eclipse arrives, the sun was blocked, the temperature suddenly dropped in a short time, ice crystals occur locally.
在日全食到来时，由于太阳被遮挡，温度在短时间内会突然下降，局部出现冰晶体。 - The results show that active longitude band and main hemisphere of solar activity are very important information for the short term prediction of solar activity.
依据对太阳活动的统计研究，简要分析了三个大黑子群活动的差异。 - In view of the low efficiency of solar photovoltaic system, short service life of the lead-acid battery and other issues, designed a solar controller using microcontroller MC9S08QG8.
针对目前太阳能发电系统效率低、铅酸蓄电池使用寿命短等问题，利用微控制器MC9S08QG8设计一种太阳能控制器。 - Using fluorescent and incandescent as light source, basic features of solar cells such as short circuit current, open voltage, maximum output filling factor and so on were measured.
分别采用白炽灯和日光灯作为光源，测量了太阳能电池的伏安特性、开路电压、短路电流、最大输出功率、填充因子、光照特性等基本特性。 - Thai Government can make the financial guarantee for ours solar power plant construction to solve their electric power to fall short of demand.
泰国政府可以使我们的太阳能电站的建设，解决他们的电力供不应求的财务担保。 - Solar Flare ( R): Stuns in a small area after a short delay and slows in a larger area around it, dealing heavy damage.
太阳闪耀（R）：释放一个技能在中心小范围区造成晕眩，中心大范围的缓速以及伤害。 - Polysilicon, used to make silicon chips and photovoltaic ( solar) cells, is in short supply because of the voracious demand of the booming semi-conductor industry and the rapidly expanding solar sector.
多晶硅被用于制造硅片和光伏（太阳能）电池。由于日益兴旺的半导体行业与高速增长的太阳能行业的大量需求，多晶硅供不应求。 - The effect of the TiO_2 film thickness on the solar cell performance was primarily study. The influence of the thickness on the open circuit voltage, short circuit current, fill factor and photoelectron conversion efficiency was investigated.
初步研究了TiO2膜厚对电极光电性能的影响，探讨了开路电压，短路电流，填充因子和光电转换效率随膜厚变化的初步规律。 - From this way, the design of lamp module of KFTA solar simulator is introduced, and the stress distribution of xenon short arc lamp is analyzed.
文章正是从以上各个方面阐述了KFTA太阳模拟器灯单元的设计思想及方法。 - Quantum efficiency of solar cells at short wavelengths
太阳电池的短波长量子效率 - The Phenomenon of Solar Type ⅰ Noise Storm in the Short Decimetric Radio Continuum Emission
太阳短分米波连续辐射中的Ⅰ型噪爆噪声的危害与控制 - Compared with solar short wave radiation and wind stress, the latent heat and sensible heat flux are a minor factor in controlling the variable of the SST in spring.
春季南海海面潜热通量和感热通量与短波辐射和风应力相比较，是一个对SST影响较小的量。 - The high efficiency of silicon solar cell depends on the increasements of open circuit voltage ( V ( oc)) and short current density ( J ( sc)).
提高硅太阳电池的转换效率主要在于提高开路电压V（oc）和短路电流密度J（sc）。 - The distribution of minor carriers in the top region of solar cells was analysed at short wavelengths ( aw> 3) of the incident light and the expression for quantum efficiency was derived.
本文从分析入射光为短波长（αW>3）时，太阳电池顶区的少子分布着手，得到量子效率关系式。 - It mixes the solar energy power supply technology, the short distance wireless communication technology and the GPRS long-distance transmission technology together, which can make the scene administrative personnel promptly understand each oil well the production condition in the far-end.
它将太阳能供电技术、短距离无线通讯技术和GPRS远距离传输技术融合在一起，实现了重要生产数据采集、处理、远传。 - A Possible Mechanism Generating the Dual Quasi-Periodic Pulsations in Solar Radio Bursts at Short Centimeter Waves
太阳短厘米波爆发中双重准周期脉动现象产生的可能机制 - Abstract The Silicon solar cell efficiency that is including open cricuit voltage V OC and short cricuit current J SC was increased by rear contact structure.
背面点接触结构提高了硅太阳电池的转换效率，开启电压VOC和断路电流密度JSC均有很大的提高和增加。 - The former equation expresses the spectral response of the solar cells at short wavelengths and the latter equation expresses the saturation of the surface recombination at high a values.
前式反映了电池短波长光谱响应，后式反映了α值继续升高时，表面复合饱和现象。 - And the solar short wave radiation, net long wave radiation and ocean heat flux are all used with a daily mean for every time step based on the sea ice mid-short range variation characteristics.
并在考虑海冰中短期变化规律的基础上，对太阳短波辐射、净长波辐射及海洋热通量，提出以日平均量代替一个时间步长内的平均来进行处理的方法。 - The conclusions are that shorten the spacing between fine lines will improve solar cell series resistance and fill factor. but while increasing the shadow of the fine line loss will reduce the short circuit current.
总结出缩短栅线的间距，会改善太阳电池的串联电阻和填充因子，但同时增加的栅线阴影损失又会降低短路电流。 - The a-Si ( Amorphous Silicon) thin film solar cells, with the advantage of short energy recovery period, simple manufactural process, inexpensive cost, good performance at high temperature and deposition on the flexible substrate, have been commercially produced and used in daily life.
非晶硅薄膜太阳能电池因为其能量回收期短、制备工艺简单、价格低廉、高温性能好、衬底选择灵活等原因，已经逐渐开始商业化批量生产，并进入人们的生活。 - Under the background of whole world conventional energy has tensed increasingly, the solar energy as a one of renewable clean green energy, it short appears increasingly that is reparable and replaceable to the conventional energy.
在全球常规能源日益紧张的大环境背景下，太阳能作为可再生的清洁绿色能源，其对常规能源短缺的可弥补性和可替代性优势日益显现。 - From the I-V curve, the solar cells have already shown the function of the photoelectric conversion. However, due to the small short circuit current, the performance of the solar cell is not well.
从I-V特性曲线可以看出电池器件已经具备了光电转换功能，但由于电池的短路电流较小，从而导致了整个器件的性能非常低。 - Although, dye-sensitized solar cell ( DSSC) achieved a high efficiency, but organic dye has disadvantages such as high cost, short age, and unstable performance.
染料敏化太阳能电池虽然取得了较高的光电转换效率，但由于有机染料价格昂贵，寿命短和稳定性差等缺点限制了其大规模应用。 - The main results are as follows: 1. The performance of a-Si: H/ c-Si hetero-junction solar cells is simulated by AFORS-HET software. The short current ( ISC) decreased and the short wave response became worse with increasing the thickness of emitter layer.
本文采用德国的HMI研发的AFORS-HET软件模拟了N型衬底非晶硅/单晶硅异质结太阳电池的特性，结果表明随着发射层厚度的增加，短路电流下降，电池的短波响应变差。 - In recent years, solar energy, which is concerned with its free-pollution rich-resource and short construction cycle, is caused by the widespread concern of the countries in the world.
近年来，太阳能发电因为其无污染、资源丰富以及建设周期短的特点引起了世：界各国的广泛关注。 - The thesis mainly focused on the effect of the different coating thickness of TiO2 on dye-sensitized solar cells performance, including the photoelectric conversion efficiency, open circuit voltage, short circuit current, maximum power and fill factor.
着重研究不同TiO2镀膜的厚度对染料敏化太阳能电池光电性能影响，包括光电转化效率、开路电压、短路电流、最大功率和填充因子。 - However, organic solar cells suffer from the issue of low efficiency and short life.
但同时有机太阳能电池也面临着效率低、寿命短的问题。 - However, up to now, dye-sensitized solar cells have low conversion efficiency and short lifetime.
然而，目前染料敏化太阳能电池的效率远远没有达到其理论效率。 - But so far, the development of polymer solar cells is also faced with low energy conversion efficiency, short lifetime and so on.
但是到目前为止，聚合物太阳能电池的发展也同样面临着能量转化效率低、寿命短等难题。