查询词典 winter

Axillary winter buds 3 with 2 lateral flower buds and 1 central leaf bud; terminal winter bud present; leaves conduplicate when young; endocarp often pitted, rarely smooth.

有2的Axillary的冬芽3 横向花芽和1个中心的叶芽；顶生的冬芽宿存；对折的叶幼时；内果皮经常使相斗，很少光滑。 48 Amygdalus 桃属

Well, anyway, they come over to help us celebrate the Golden Wedding and it was pretty crimpy weather and the furnace don't seem to heat up no more like it used to and mother made the remark that she hoped this winter wouldn't be as cold as the last, referring to the winter previous.

噢，无论如何，他们来帮助我们庆祝金婚，天气有点阴冷，炉子看上去比以前容易升温，母亲发表她的评论，谈论到前几个冬天时，她希望这个冬天不再和以前一样的冷。

The false operation and the operation of removal pineal gland were carried out at 1 month before the Winter Solstice and the Summer Solstice each year, rats were bred after the operation and were decollated at night on the Winter Solstice and the Summer Solstice.

2.2 实验研究：(1)总体设计：本实验研究主要以与&肾应冬，主生殖&相关的性腺轴和对光节律极为敏感的松果腺为切入点，选择了在细胞信号转导途径中起重要作用的G蛋白和受体分子，以及在细胞信号转导末端的基因表达作为研究的对象。

Eichhornia crassipes solms could be survival in winter when cultivated in greenhouse and even had removal ability for naphthalene in winter.

凤眼莲在室内栽培的条件下，完全可以越冬，且在冬季仍具有一定的净化能力。

For instance, to those won't the enterprise of exsanguine death on the horse, this winter should be right the two spring after coming 3 years have position, because crisis eventually can go, and the growing opportunity that who can grasp to did not grow a height, depend on who can have position of ground of sex of the look up before having in this winter of instantly.

比如，对于那些不会马上失血死亡的企业，这个冬天应该是对两至三年后的春天进行布局，因为危机终归会过去，而谁能把握未来增长高峰的成长机会，取决于谁能够在当下的这个冬天进行有前瞻性地布局。

In this paper, the 3-D finite element relocating mesh method is used to calculate the temperature field and the thermal creep stress field of spillway dam and mid level outlet dam in certain roller compacted concrete gravity dam, sensitivity analysis have been down with different parameters, such as placing temperature, the location of cooling pipe, cooling temperature, time for water supply, ascended-layer of concrete, intermissive time and different placing time, and the commendatory construction scheme have been put forward in such analysis; according by the test result on the two scheme of concrete aggregate combination (basalt as coarse aggregate and limestone as fine aggregate, basalt as coarse aggregate and basalt as fine aggregate), simulation analysis on temperature field and thermal creep stress field of the commendatory construction scheme have been down, and analysis have also been down on temperature field and thermal stress field of the two different aggregate combination, the result indicates that the spillway dam and mid level outlet dam which adopted these two aggregate combination can both satisfy the require of design crack resistance in concrete, furthermore limestone as fine is better than basalt as fine aggregate; the effect of summer water storage and winter water storage on the temperature field and thermal stress field have been analyzed, comparing with winter water storage, in summer water storage scheme the maximum tensile stress at abnormal concrete in upstream fill is decreased by 0.1～0.3MPa and there are no evidence change of the maximum tensile stress at other parts, which indicate that summer water storage is avail for the crack resistance of upstream fill; according to the simulation calculating result and comparing temperature simulation calculating results and temperature controlling measures of some similarity projects both completed and construction, synthesis appraise have been carried to the design temperature controlling measures of dam, and the temperature controlling measures of this project have been brought forward, all these have great reference value on the design of temperature controlling measures and the optimization of the construction scheme.

本文采用三维有限元浮动网格法仿真计算程序，对某碾压混凝土重力坝的溢流坝段和中孔坝段分别进行了三维有限元温度场和温度徐变应力仿真计算分析，对浇筑温度、冷却水管的布置方式、冷却水温、通水时间、浇筑升程和间歇时间、不同开始浇筑日期等参数进行了敏感性分析，在此基础上提出了推荐的施工方案；根据两种骨料方案(玄武岩粗骨料+灰岩细骨料方案；玄武岩粗骨料+玄武岩细骨料方案)的混凝土性能试验研究成果，对推荐的施工方案进行了温度场和温度徐变应力仿真计算，并对比分析了两种不同骨料情况下的温度场和温度应力，结果表明溢流坝段及中孔坝段采用上述两种骨料均能满足混凝土的抗裂设计要求，且灰岩细骨料优于玄武岩细骨料；计算分析了夏季蓄水和冬季蓄水对坝体温度场和温度应力的影响，夏季蓄水方案与冬季蓄水方案相比，坝体上游变态混凝土区域最大拉应力小0.1～0.3MPa，其他部位最大拉应力无明显变化，夏季蓄水对坝体上游面混凝土的抗裂有利；根据仿真计算成果并通过比较国内一些已建和在建的类似工程的温度仿真计算成果及采取的温控措施，对大坝的设计温控措施进行了综合评价，并提出了该工程的温控措施，对温控设计和优化施工方案具有重要参考价值。

Wu Lasi Taiwan for seasonal open ports, ports by the seat of the long winter sets of Saul Bass, the average annual frost-free period is only 120 days, the minimum temperature of -38 ℃, winter and spring weather, heavy snow often closing.

乌拉斯台为季节性开放口岸，由口岸所在地索尔巴斯套冬季漫长，无霜期年均仅120天，最低温度-38℃，冬春季气候恶劣，常有大雪封山。

Comparing with the weather of last winter, it is much milder and more pleasant this winter.

本句的意思是：&和去年冬天比较，今年冬天的天气更温和更好。&

Now is 200714:20 onMarch 5, beautiful seashore city, Rizhao, of the sky float nextwhite snow, not from get, the in the mind is suddenly comfortable alot of, seem a piece of rock that the in the mind hangs to falldown at quiet ……now again remind of a song"snow man" insensibly,wasn't this year to just came in winter, still this year will soonpass by in winter …we who all have no fromunderstand.

现在是2007年3月5日14点20分，美丽的海滨城市日照的天空飘下朵朵白雪，不由得，心里突然舒服了很多，就好像是心里悬着的一块石头平静地落了下来……现在又不知不觉地想起了一首歌&雪人&，是不是今年的冬天刚刚来临，还是今年的冬天即将过去…我们谁都无从知晓。

The secondary root number per plant of Yumai No 49,a mi d-s trength quality wheat,is the smallest among the three varieties except the winte r stage but its root system quality is the best;the intensity of reducing TTC an d the activity of SOD of fresh wheat root are the highest during the period fro m winter stage to flag leaf stage.Since flag leaf stage,its physiological charac ters are weaker and have bigger variation during whole stage.The secondary root number per plant of Yumai No 50,a soft quality wheat,is the biggest except duri ng winter stage,and its dry weight of root of single plant is the heaviest in ev ery stage.Before 19th,March,its intensity of reducing TTC is the weakest and dec reases abruptly after flag leaf stage,but its activity of SOD decreases slowly.R oot dry weight per plant of Yumai No 34,a high quality wheat,is the smallest amo ng the three varieties and its root system quality is the weakest.Before jointin g stage,the intensity of reducing TTC is stronger,but after that,it decreases sl owly though it is smaller,and the activity of SOD decreases slowly in every stag e.

中筋小麦豫麦49号除越冬初期外，其它各时期单株次生根条数均为最少，单株根干重介于豫麦34号及豫麦50号之间，单根质量高；越冬初期至挑旗期，根系活力、根中SOD活性均强于其它两个品种，挑旗后，根系生理活性较小，整个生育期根系生理活性变化幅度大；弱筋小麦豫麦50号除越冬初期外，其它各时期单株次生根条数均最多，单株根干重各时期均为最大；拔节前根系活力最弱，挑旗后根系活力下降幅度较大，根中SOD活性较强且各时期变化幅度不大；强筋小麦豫麦34号，单株根干重最小，根系质量最差；拔节前根系活力较强，拔节后根系活动较弱，下降速度缓慢，根中SOD活性各时期变化幅度较小。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。