查询词典 bond energy

Ordos basin accumulates various energy resources. Taking the oil, gas, coal and uranium in the basin as subjects, the scientists of China's State "973" multi-energy minerals enrichment project study the scientific issues of interest concerning the coexistence and accumulation of energy minerals in one basin, such as the material base and geodynamical settings the accumulation mechanism and enrichment environment, and the temporal and space distribution and control factors. This interdisciplinary study provides a new perspective on comprehensively understanding energy geosciences.

我国国家&973&多种能源矿产项目的科学家以富集多种能源矿产于一身的鄂尔多斯盆地为研究地区，以油、气、煤、铀为研究对象，探讨能源矿产同盆共存富集成藏的物质基础与地球动力学背景、成藏机理与富集环境、时空分布与主控因素等科学问题，这是通过多学科交叉综合研究能源地球科学的新视角。

Objective to evaluate the clinical value of dr energy subtraction in chest acute trauma.methods collected sample data based on 122 clinic cases of diagnosed rib fracture patients in chest acute trauma,75 male,47 female,age between 12~65 years old,with an average 36 years old,using dr energy subtraction technique to exam and 45 cases were examined by ct in chest.results in all the cases,the diagnostic rate of single rib fracture,multiple rib fracture,rib fracture with hydropneumothorax,rib fracture with pulmonary contusion was 86.7%,91.3%,90.5% and 94.1%,97.1% in multiple rib fracture of energy subtraction image.conclusion dr energy subtraction technique which can show rib fracture and lung complication clearly has important diagnostic value for the patients with chest acute trauma.

收集122例临床诊断肋骨骨折的胸部急性创伤患者，男75例，女47例，年龄12~65岁，平均36岁，进行dr能量减影胸部摄影检查；其中有45例患者同时作ct检查。结果在本组病例中，标准胸片发现肋骨单发骨折、肋骨多发骨折、骨折合并液气胸、骨折合并肺挫伤的检出率分别为86.7%、91.3%、90.5%和94.1%；而能量减影仅在肋骨多发骨折中检出率为97.1%，其余检出率均为100%。结论 dr能量减影技术可清晰显示肋骨骨折和肺部并发损伤，对胸部急性创伤有重要诊断价值。

We propose a new mechanism of ASFC, which based on energy transfer among the centers within the inhomogeneously broadened spectral profile. We discuss it in two situations: small energy mismatch and large energy mismatch. The dependence of relative cooling efficiency on excitation photon energy and temperature is also discussed in evaluating the new mechanism.

提出了荧光光谱的非均匀线形内不同发光中心的能量传递产生荧光制冷效应的理论，分别对小能量失配的传递过程和大能量失配的传递过程进行了研究，认为在一定的条件下这两种过程都可以产生荧光制冷效应，并给出了相对制冷效率。

The heat pipe technology is one of the most efficiency method to solve the key technique for hard problems in order to gain high efficiency of resource utilization and good economy benefit in the application of renewably energy,In this paper,characteristics of the heat pipe technique is introduced,and its application and exploration in the solar energy,subterranean heat energy,living material energy are reviewed.

笔者结合热管技术特点，综述了其在太阳能、地热能、生物能三大能源利用领域中的国内外进展。1热管技术的技术特点[1](1)高的导热性。热管内部主要靠工作液体的汽液相变传热，热阻很小，因此具有极高的传热效率。(2)优良的等温性。

Set in the test salinity (18 ~ 33) range, the salinity at 18 o'clock, Solen strictus negative growth; in salinity at 28 for the largest proportion of growth energy, and energy metabolism and excretion energy share of the smallest proportion of food energy.

在试验所设定的盐度(18~33)范围内，盐度在18时，长竹蛏出现了负生长；在盐度28时，用于生长的能量比例最大，而代谢耗能和排泄耗能所占摄食能的比例最小。

The first the relation of AD model and the energy variety of image is educed by thermal diffusion and the diffusion equations based energy flux, and proves the image processing by energy flux sufficing maximum-minimum principle, the variety of image energy is equivalent to that of image intensity.

首先通过热扩散及热扩散方程、基于能量流的扩散方程，导出了向异性扩散模型与图像能量的变化过程之间的关系，并证明了利用能量流方法获得的图像处理过程同样满足极大极小原理。

The principle that heat and electric energy coordinated output,determining output of electricity according steam,is explained in the economizing on energy, steam grade is analysed completely in view of change relationship of efficient energy with unefficient energy.

从有效能与无效能的变化关系上对蒸汽品位高低进行了较为全面的剖析。

Solar energy and other renewable energy sources are a great alternative to fossil fuels. Other alternative energy sources, such as a water wheel or wind powered energy offer much less of a negative impact on the environment.

太阳能和其他可再生能源的来源是一个伟大的替代矿物燃料，其他替代能源的来源，例如作为一个水车轮或风动力能源提供少得多的负面影响，对环境的影响。

Countries on every corner of this Earth now recognize that energy supplies are growing scarcer, energy demands are growing larger, and rising energy use imperils the planet we will leave to future generations. And that's why the world is now engaged in a peaceful competition to determine the technologies that will power the 21st century. From China to India, from Japan to Germany, nations everywhere are racing to develop new ways to producing and use energy. The nation that wins this competition will be the nation that leads the global economy. I am convinced of that. And I want America to be that nation. It's that simple.

现今世界各地的国家都得承认能源供应日益匮乏，而需求却不断扩大，且进一步使用能源会危及我们遗留给后代的地球，因此整个世界正积极地参与一场和平的竞争，以决定驱动21世纪能源的科技，从中国到印度、从日本到德国，所有的国家都在比赛研发新式生产与使用能源的方式，最后赢得竞赛的国家终将主宰全球经济，我对这点确信不移，而且要美国成为最终的赢家，就这麼简单。

Before its solid hybrid area senior official jumbles together has not come, bitter experience disastrous defeat black area senior official black Germany graceful accepts the kind of person robot to make the expert suggestion, spheres them, lets they own consume gradually, because the kind of person robot and the humanity are same, needs to supplement own energy can continue to revolve, likely the humanity eats meal is same, only different is the kind of person robot needs the regular supplement electrical energy, but regarding the Moon on, the electrical energy basically depends on the solar cell board electricity generation or the nuclear power generator, so long as therefore lets the kind of person robot electrical energy military supplies appear seriously short, can urge their collective to break through or to come out the surrender.

其实在混血区长官混为一谈没来之前，遭遇惨败的黑区长官黑德曼就采纳了类人机器人制造专家们的建议，就是围住它们，让它们渐渐地自己消耗掉，因为类人机器人和人类一样，需要补充自身能量才能继续运转，就像人类吃饭一样，唯一不同的是类人机器人需要定期补充电能，而对于月球上来说，电能基本上靠太阳能电池板发电或核动力发电机，因此只要让类人机器人电能补给出现严重短缺，就会促使它们集体突围或出来投降。

You can do some assertiveness training.

你可以进行一些自信训练。

We were well on the path to making a rear-wheel-drive global platform," says Mays."

我们正致力于建立一个后轮驱动的平台，"Mays这样说道。"