查询词典 potential scattering

Toner cartridge surface first by charging extremely ofcharging, making available after certain potential, such as graphic images by contain information of a laser beam exposure, the surface of the drum electrostatic potential, after a magnetic brushlelss treatment of development for the treatment of development and like that is turned into visible ink on the paper like following a transfer area, formed the electrode of the electric field, toner will transfer to a plain piece of paper, and finally by warming up and fixing hobber teperture, that is, the melting text and images.

硒胀暗地不后由不不不收电极不不不收电，使其得回必定电位，之后不纬载有图文映像陈闻的激平束的曝平，便在硒胀的暗地形不败静电不浮像，不纬过磁刷显影器显影，不浮像即转变不败可见的墨粉像，在不纬过转印区时，在转印电极的电场功用下，墨粉便转印到别致纸上，末了不纬预冷不活及低温冷滚定影，即在纸上熔凝不入笔墨及图像。

This paper study on the characteristics of potential tourist market of Yabuli skiing holidaymaker on the basis of spot investigation,and drew the conclusion that the market of developing four-seasonal tourist products had great potentialities;some suggestions about stimulating the potential tourist market of Yabuli skiing holidaymaker were put forward by analyzing the intention of tourism of the residents and...

在实地调查基础上，分析了亚布力滑雪旅游度假区潜在客源市场特征，证明其四季旅游产品开发市场潜力巨大；同时在分析外来游客及市民旅游意向的基础上，提出激活亚布力滑雪旅游度假区潜在客源市场的几点建议。

It is different from the Hoskins potential vorticity theory to explain the positive potential vorticity abnormal in upper level and the positive feedback of cyclone in lower layer which the plateau is a strong warm source that the heating effect is stronger than the warm air advection. The superadiabatic state is frequently appears over the plateau, it would be favorable to the development of the cyclonic circulation.

与Hoskins用位涡思想来阐述高层正位涡异常与低层气旋的正反馈作用不同的是，夏季高原本身是巨大的热源，这种加热甚至比暖平流加热还强；高原上经常出现"超干绝热"现象，这将使得高原上的气旋性环流加强幅度比其他情况下更大；由于高原地形的抬高使得从高原到上层扰动的气层厚度小于Rossby穿透高度HR=fL/。。。

Factors that could affect results include the ability to market and sell products; changes in relationships with strategic partners and reliance on strategic partners for the performance of critical activities under collaborative arrangements; failure of distributors or other customers to meet purchase forecasts or minimum purchase requirements for our products; impact of competitors, competing products and technology changes; ability to develop, commercialize and market new products; market acceptance of oral fluid testing or other new products or technology; changes in market acceptance based on product performance; continued bulk purchases by customers, including governmental agencies, and the ability to fully deploy those purchases in a timely manner; ability to fund research and development and other products and operations; ability to obtain and maintain new or existing product distribution channels; reliance on sole supply sources for critical product components; availability of related products produced by third parties; ability to obtain, and timing and cost of obtaining, necessary regulatory approval for new products or new indications or applications for existing products; ability to comply with applicable regulatory requirements; history of losses and ability to achieve sustained profitability; volatility of our stock price; uncertainty relating to patent protection and potential patent infringement claims; uncertainty and costs of litigation relating to patents and other intellectual property; availability of licenses to patents or other technology; ability to enter into international manufacturing agreements; obstacles to international marketing and manufacturing of products; ability to sell products internationally; loss or impairment of sources of capital; ability to meet financial covenants in agreements with financial institutions; ability to retain qualified personnel; exposure to product liability, patent infringement, and other types of litigation; changes in international, federal or state laws and regulations; customer consolidations and inventory practices; equipment failures and ability to obtain needed raw materials and components; the impact of terrorist attacks and civil unrest; ability to complete consolidation or restructuring activities; ability to identify, complete and realize the full benefits of potential acquisitions; and general political, business and economic conditions.

可能影响结果的因素包括营销以及出售产品的能力；与战略合作伙伴关系的变化以及根据合作协议对战略合作伙伴执行关键活动的依赖；经销商或者其他顾客未达到我方产品的采购预测或者最低采购要求；竞争对手、竞争产品以及技术变化的影响；新产品开发、商业化以及营销的能力；市场对唾液检测、其他新产品或者技术的接收程度、基于产品效果所造成的市场接收的变化；顾客、包括政府机构的持续大宗采购以及按时完成采购的能力；资助研究、开发以及其他产品和活动的能力；获得并维持新的或者现有的产品经销渠道的能力；关键产品部件对单一供应源的依赖；第三方生产的相关产品的供应情况；新产品或者现有产品的新疗效获得必要的管制批准的能力、时间以及费用；遵守适用的管制要求的能力；亏损的历史以及实现可持续盈利的能力；股票价格的波动；与专利保护和潜在的专利侵权诉讼有关的不确定性；与专利以及其他知识产权有关的不确定性以及诉讼费用；专利以及其他技术授权的提供情况；签订国际性制造协议的能力；产品进行国际营销以及制造的障碍；国际性销售产品的能力；资本来源的损失或者减少；履行与财务机构之间协议的能力；获得合格人员的能力；产品责任、专利侵权以及其他诉讼的风险；国际、联邦或者州的法律、法规的变化；顾客合并以及存货实践；设备故障以及获得所需原材料和部件的能力；恐怖主义袭击以及内乱的影响；完成合并或者重组活动的能力；识别、完成以及实现潜在收购的全部利益的能力；一般性政治、商业、经济形势等。

Based on it, the using rate of production potential of different infield was calculated and the field production potential fators of this area were analyzed.

在此基础上计算了各层次的耕地生产潜力利用率，对影响该地区耕地生产潜力的因子进行分析。

Results showed that L-THP possessed negative inotropic and negative chronotropic action, lowed left ventricular pressure and it's infinitesimal calculus, decreased heart output in per min., shorten 〓 and 〓 of action potential of ventricular papillary muscle of guinea pig and even the plate-phase of action potential disappeared in larger dose group , but prolonged 〓. we studied transmembrane transportation of 〓 after administering L-THP , L-THP not only depressed uptake and increased release of Ca 2+ in normal myocardium, but also it showed stronger inhibition in cell injured by ISO, and fully eliminated the effect of ISO increasing uptake and decreasing release of 〓. By detecting the 〓 content of ventricular single myocyte using fluorescent probe Fluo-3/AM, results correspond to that done above, L-THP decreased 〓 content inside of cell significantly. Using whole-cell mode, we observed the effect of L-THP on Ica in ventricular single cell, it was found that L-THP decreased Ica, the effect increased with increasing it's dose, and had voltage, frequency-dependency. Dose highly corelated to effect, corelative constant is 0.87. When washing cell with normal tyre's solution, Ica could recover, which proved the blocked action of L-THP on calcium channel once again. Meanwhile, L-THP reduced production of MDA in heart injured by ISO in dose-dependent manner, improved content of GSH-Px, in case tissue or cell free from free radical damage.

结果显示，该药物具有负性肌力和负性频率作用，降低左室压及其微分，终使每分心输出量减少；缩短豚鼠心室乳头肌动作电位时程的〓和APD〓，大剂量使动作电位平台消失，〓延长；同位素示踪法研究证实L-THP抑制〓摄取，促进〓释放，降低细胞内的〓含量；单通道水平的研究证实，L-THP减少豚鼠心室肌单细胞内向钙电流，且具有剂量，电压，频率依赖性，其作用易于洗脱，药物剂量与Ica也具有高度相关性（相关系数r为-0.87）；L-THP还可抑制ISO损伤心肌组织所致的丙二醛含量增加，增加谷胱甘肽过氧化物酶的量，使组织细胞免受损伤。L-THP阻断L-型〓通道，抑制〓的摄取，促进〓的释放，降低细胞内〓含量L-THP作用的离子基础。

Traditional determination of myocardial infarction location with body surface potential maps were processed according to the appearance time and location of the minimum value in body surface potential integral maps.

由体表电位对心肌梗塞区域的定位，以往的方法一般只根据极小值出现的时刻和位置来进行，分辨率不高。

If only the interatomic force are considered, atomic stress amounts to the potential density in the resultant force field generated by the neighboring atoms, and atomic elastic constants equals to the potential density increment in the same resultant force field.

如果只考虑原子间作用力的影响，原子应力等于该原子在周围邻域原子合成张量力场中的势能密度，原子弹性常数等于发生单位应变时原子在邻域原子合成力场中势能密度的增量。

In the first part, we have derived the Pb〓 interatomic potential parameters through fitting the structure and properties of PbTiO〓. Then the perfect structure of PWO was successfully simulated, based on the potential parameters transferred from other systems.

第一部分，首先对钛酸铅的结构和性能进行拟合，得出pb〓的原子间相互作用势参数，然后通过势参数的转移和校正，对完美PWO晶体的结构成功地进行了模拟。

Interatomic potential; Quantum chemistry ab initio calculation; Fitted pair potential; Iron cluster

原子间相互作用势；量子化学从头计算；拟合对势；铁团簇

This immediately brings us to the next part of this article: creating an output "replace function".

下面进入文章的第二部分：建立一个"缓存处理函数"。

He was elected as an International Ornithological Committee member in 2002 during the 24th IOC held in Beijing.

现为中国鸟类学会理事和WPA 专家组成员。2002年被推选为国际鸟类委员会委员。