查询词典 conservation of charge

Besides,maximal obstacle facing our country and Shanxi Province's energy conservation job is that the law guarantee is insufficient:(1)Our country's supporting system of energy conservation law and regulation is extremely not perfect;(2) our country's Constitution does not make the energy conservation legal status clearly,so that the legislation orientation of energy conservation law insists to hang down;(3)The maneuverability of current energy conservation law is not good;(4)It exists the phenomena of coyoting of Shanxi Province' coal resource and disorder construction of the sources of energy field,it lacks branch law and regulation,technical norms,energy conservation check mechanism of the relevance industry field on energy conservation.

此外，我国与山西省节能工作面临的最大障碍就是法律保障不足：①我国节能法规配套体系很不完善；②我国宪法没有明确节能的法律地位，导致节能法的立法定位偏低；③现行节能法可操作性差；④山西省煤炭等资源的滥采乱挖和能源领域的无序建设普遍存在，缺乏节能相关行业领域的部门法规、技术标准、节能考核机制。

Take charge take in charge take charge of under the charge of charge for trouble charge of quarters charge off charge oneself with charge to charge with charges forward

记在某人帐上再发起冲锋，重新进攻；重新进行抨击，重新提出讨论向受话人收取电话费控告某人并发誓该项控告属实控告某人并发誓该项控告属实负责；掌管，接办；失去控制，出了毛病负责照料，引为己责；由警察拘留负责，看管在。。。

Based on comparing four different kinds of ex-situ conservation for P.chinensis, and linked ex-situ conservation community with species re-introduction, the paper introduced three types of ex-situ community conservation including enhancing commun -ity for ex-situ conservation, restituting community for ex-situ conservation and introdu -cing community for ex-situ conservation.

在本文的最后部分通过叙述望天树在植物园中的不同保护方式的差异，将建立稀有、濒危植物迁地保护群落与植物的引种回归相联系，介绍了稀有、濒危植物迁地群落建设的三个类型：增强的迁地保护群落、重建的迁地保护群落和引种的迁地保护群落。

In the exploration enterprise internationalization's developing process the afterheat excess pressure recycling use which serves under somebody's banner (afterheat electricity generation excess pressure use and so on) the construction energy conservation transformation (wall energy conservation transformation applies LOW-E midheaven glass glass pastes transformations and so on membrane uses plate pile technology and so on) the central air conditioning energy conservation transformation technology (cooling tower energy conservation transformation ice accumulation of cold technology source water source air conditioning technology Leng Meibeng cooled pump transformation and so on) three big prop energy conservation industry to be coquettish in respective domain each collar has won the global prestige and the oral traditions; The Group devotes for a long time to the new building materials the tidal current science and technology research the development passed the BSI IS09001 authentication becomes the world three big glass function membrane core manufacture manufacturer is the present global glass pastes one of membrane service industry largest scale enterprises.

ACER位于美丽的加拿大蒙特利尔市。是全球新型建材知名企业，集团在全世界范围内拥有 6400多名员工，以及数十家实力相当的亲密合作伙伴，为全球70多个国家提供一流服务。在探索企业国际化的发展过程中，旗下的余热余压回收利用建筑节能改造（墙体节能改造，应用LOW-E中空玻璃，玻璃贴膜等改造，采用支盘桩技术等），中央空调节能改造技术（冷却塔节能改造、冰蓄冷技术、地源水源空调技术、冷媒泵冷却泵改造等）三大支柱性节能型产业在各自领域各领风骚，赢得了全球性的声誉和口碑；集团公司长期致力于新型建材、潮流科技的研究、开发，通过了BSI的IS09001认证，成为世界三大玻璃功能膜核心制造厂商，是目前全球玻璃贴膜服务行业最具规模的企业之一。

In the exploration enterprise internationalization's developing process, the afterheat excess pressure recycling use which serves under somebody's banner (afterheat electricity generation, excess pressure use and so on), the construction energy conservation transformation (wall energy conservation transformation, applies LOW-E midheaven glass, glass pastes transformations and so on membrane, uses plate pile technology and so on), the central air conditioning energy conservation transformation technology (cooling tower energy conservation transformation, ice accumulation of cold technology, source water source air conditioning technology, Leng Meibeng cooled pump transformation and so on) three big prop energy conservation industry to be coquettish in respective domain each collar, has won the global prestige and the oral traditions; The Group devotes for a long time to the new building materials, the tidal current science and technology research, the development, passed the BSI IS09001 authentication, becomes the world three big glass function membrane core manufacture manufacturer, is the present global glass pastes one of membrane service industry largest scale enterprises.

在探索企业国际化的发展过程中，旗下的余热余压回收利用，建筑节能改造（墙体节能改造，应用LOW-E中空玻璃，玻璃贴膜等改造，采用支盘桩技术等），中央空调节能改造技术（冷却塔节能改造、冰蓄冷技术、地源水源空调技术、冷媒泵冷却泵改造等）三大支柱性节能型产业在各自领域各领风骚，赢得了全球性的声誉和口碑；集团公司长期致力于新型建材、潮流科技的研究、开发，通过了BSI的IS09001认证，成为世界三大玻璃功能膜核心制造厂商，是目前全球玻璃贴膜服务行业最具规模的企业之一。

Analysis on benefit and loss of soil and water conservation for construction projects, means that according to the request of scientific development view, harmonious society and the person and nature get along harmonious, Studying thoroughly on the benefit and loss of soil and water conservation of construction projects, exploring and establishing appraisal index system of soil and water conservation. Analyzing and appraising the benefit and loss of soil and water conservation for construction projects qualitatively, quotably, comprehensively, systematically and scientifically. It can provide the scientific basis for technical demonstration and administrative examination for soil and water conservation scheme.

开展开发建设项目水土保持损益分析研究，就是按照科学发展观、和谐社会、人与自然和谐相处的要求，深入研究开发建设项目的水土保持损益，探索建立水土保持损益评价指标体系，定性、定量、全面、系统、科学地分析和评价开发建设项目的水土保持收益与损失，为水土保持方案的技术论证、行政审批提供科学依据。

Recently, as preservation of cultural property is gaining more and more public attention, the important role of conservation treatment on Paintings of Traditional Buildings is accepted. But researches and studies on the related techniques and methods of conservation for Paintings on Traditional Buildings remain deficient in Taiwan. In addition, records and descriptions in projects adapting conservation treatment are poorly listed. Lacking both academic and empirical references, it often misleads staff in the projects to underestimate importance of conscientious and careful training to do conservation. One problem is the belief to easily replace conservators with painting craftsmen to work on conservation treatments.

然而，在文化资产保存观念渐为大众所关心与接受下，彩画修护逐渐为传统建筑修护工程所重视，但国内关於彩画修护技术、方法的论述几乎没有，尤其是近年来在少数采行修复方法的彩画修护案例中，对修复部分的相关纪录与描述更是寥落晨星，以致许多参与修护工程的相关人员对彩画修护方法有极大的误解，误以为不需经过特殊、严谨的「修复」训练，即能以一般传统建筑彩画的施作工法来从事「修复」工作，又或误以为修复师可以替代彩画匠师来进行传统建筑彩画的施作……。

This paper describes a conventional network charge conservation and flux conservation conditions,and conservation and non-conservation of the use of the two 0-equivalent circuit model are also analysised.

本文导出了常规网络电荷守恒和磁链守恒的条件，并就守恒与不守恒两种情况利用0-等效电路的模型进行过程分析，最后证明了不守恒的差额恰好满足更大系统的守恒。

In this paper,the discharge capacity,stability voltage and the ratio of constant current charge capacity and battery discharge capacity of lithium ion battery were studied. For the lithium manganese lithium-ion batteries,the discharge capacity,mid-value voltage and stability voltage all increased with increasing charge cutoff voltage. As long as charge cutoff voltage was no less than 4.15 V,the battery discharge capacity loss would not exceed 6%. When charge cutoff voltage was 4.15V,the constant current charge capacity accounted for more than 85% of total charge capacity,a little change from 4.20 V.

主要研究了不同截止电压对锰酸锂离子电池的放电容量性能、工作电压和恒流/恒压充电容量等电池性能的影响，结果表明：对于锰酸锂材料锂离子电池，放电容量、中值电压和稳定电压都随着充电截止电压的升高而提高，电池的充电截止电压只要不低于4.15 V，电池放电容量损失就不会超过6%；当充电截止电压为4.15 V时，电池的恒流充电容量占总充电容量的85%以上，与4.20 V相比变化不大。

L Intelligent three-phase charge mode: We adopt constant current technology at the beginning of charge, which can made current invariable and avoid battery broken or accelerating battery aging. It can convert to constant- voltage and current-limiting charge when charge voltage achieves upper limit voltage, which can improve effectively the capacity conversion efficiency of battery. Trickle and floating charge make each single cell battery constant receive electricity and ensure battery capacity can be recall most, which solved the unbalanced phenomenon of single cell battery and avoid the danger of voltage change and the end of battery charge, extend battery life.

l 智能三阶段充电模式：充电初期采用恒流技术，使充电电流恒定，避免损坏电池，加速电池的老化；充电电压达到上限电压时自动转换为恒压限流充电，有效的提高了蓄电池的容量转换效率；涓流浮充使各单体电池均衡受电，保证电池容量得以最大限度恢复，有效解决单体电压不均衡现象，避免了市电电压的变化和蓄电池充电的末期造成的蓄电池过压充电的危险，大大延长了蓄电池的使用寿命。

Dixie itself is a nickname for the American South.

Dixie 本身是美国南部的别称。

I think John Terry epitomises that and a big reaction is what we will be looking for.

而我认为特里就是这样一个典型，他正是我们期望看到的那个领秀。