生长

In addition, a negative temperature coefficient of resistance can be observed in Sb nanowire arrays with diameter of 40nm while applying a 7T magnetic field perpendicular to nanowire axis.

研究了电参数变换对Sb纳米线的结晶态、择优生长方向、晶体生长速度的影响，研究了不同直径的单晶Sb纳米线的获得条件，探讨了这种方法对其它金属纳米线生长的普适性，讨论了脉冲电沉积控制晶体生长的机理。

The optimal temperature of D6 is 30℃, the optimal pH ,7.0. The growth of D6 makes use of glucose, malt sugar, lactose, cane sugar, lactic acid, ethanol, glycerin, glycine, but no acetic acid and n-butanol. It can grow in Na2SO4, Na2SOa, Na2S2O3 and S media, and Na2S2O3 is the best substrate.

该菌最适生长温度为30℃，最适pH值为7.0，生长利用葡萄糖、麦芽糖、乳糖、蔗糖、乳酸、乙醇、甘油、甘氨酸，不利用乙酸和正丁醇；可以在Na_2SO_4、Na_2SO_3、Na_2S_2O_3和单质S培养基中生长，并以Na_2S_2O_3为底物时生长效果最佳。

The morphological analysis of strain EMZY-1 showed that it was a straight rod, about 0.3×1.7 in size, and spherical and terminal spore appeared. Results of physiological and biochemical test showed that strain EMZY-1 was a Gram-positive bacteria, and could not grow when temperature was lower than 10℃ or higher than 60℃, pH was lower than 5.0 or higher than 12.0, and the concentration of NaCl was more than 10%. The strain EMZY could grow on the medium as a of sugar, glucose and mannite. The strain could use saccharose, glucose and mannitol as carbon resource, and NH4(superscript +) and NO3(superscript -) as nitrogen resource.

通过对该菌株的形态、培养特征、生理生化特征的研究以及16S rDNA序列分析表明：该菌株为革兰氏阳性菌；细胞为棒杆状，端生孢子，大小约0.3×1.7；温度低于10℃、高于60℃无明显生长；pH低于5.0、高于12.0无明显生长；NaCl质量浓度达到10%菌株不能生长；能在蔗糖、葡萄糖、甘露醇为C源的培养基上生长；NH4、NO3为菌株良好N源。

The follicular development periods of the Zaocys dhumnades were divided into four stages: oogonium, primary follicle, growing follicle and mature follicle, and the growing follicle was the important phase in the follicular development periods.

乌梢蛇卵泡的生长发育可以分为卵原细胞、初级卵泡、生长卵泡和成熟卵泡等4个时期，其中生长卵泡是卵泡生长发育的重要阶段。

Isolates CNR-1 and CNR-2 were from Brassica napus; CNA-1and CRW-1 from Rhododendron simsii and Oxalis corymbosa respectively. All isolates grew well in R-2 liquid medium and exhibited contractive movements. The colonies of all isolates were circinal and grain-like in solid medium. Through electron microscopy, all isolates exhibited helicity during their growth phase. All isolates could pass through a 0.22 μm filtrate membrane and resist to penicillin (2000 U/mL). They must grow in medium with serum.

这4株螺原体在R-2液体培养基中生长良好，都能通过孔径为0.22 mm的微孔滤膜；在R-2固体培养基上呈圆形或颗粒状菌落，菌落直径约50~600 mm；在生长的某个阶段可呈典型的螺旋状，菌体直径为37.04~370.40 nm，长度约0.89~11.88 mm；它们都能利用葡萄糖作为碳源，不能利用尿素；在不含胎牛血清的R-2培养基中，它们都不能生长；菌株CNR-1、CNA-1能强烈代谢精氨酸，而CNR-2和CRW-1不能代谢精氨酸；在氨苄青霉素钠浓度高达2000 U/mL的R-2培养基中，分离菌株生长良好。

Results showed that the growth of N. sphaeroides was inhibited by low temperatures, most severely, it was nearly ceased at 2℃ and 5℃, while, at 10℃, and normal growth was attained after a prolonged lag phase.

结果表明，低温抑制葛仙米的生长，在2℃~5℃低温下其生长甚至完全停止；在10℃低温胁迫下，其生长延滞期变长，其后仍能保持正常生长。

The research leads to following conclusions: A The age of the ferromanganese contacting with the upper phosphate layer is 14.9 Ma; B The crust had been grown continually without sedimentation interruption since 14.9 Ma, suggesting that it can be used to rebuild the environment of palaeo-ocean and palaeo-climate from 14.9 Ma to 0 Ma; C The sedimentation interruption between the ferromanganese and the upper phosphate layer lasted around 4 Ma; D Between 19 Ma and 22.7 Ma, great phosphatization event happened in this area, which might cause the sedimentation interruption from 22.7 Ma to 14.9 Ma; E The ferromanganese crust began to grow from 75 Ma.

对超微量Sr同位素测试得到的富钴结壳磷酸盐年龄进行分析认为：(1)上部富钴结壳与上层白色磷酸盐化层接触部位的年龄为14.9 Ma；(2)自14.9 Ma以来，结壳的生长是连续的，沉积间断发生的可能性非常小，该样品可以用来进行14.9 Ma年以来古海洋、全球变化的重建工作；(3)上层白色磷酸盐化层与其上部的富钴结壳之间存在4 Ma的沉积间断；(4)19 Ma~22.7 Ma左右在该区发生过大规模的磷酸盐化作用，磷酸盐化作用可能造成磷酸盐化时期(19 Ma~22.7 Ma)和之后4 Ma(19 Ma~14.9 Ma)富钴结壳的沉积间断；(5)结壳的初始生长年龄在75 Ma左右；(6)老结壳的生长速度要远低于新结壳的生长速度。

Characterizing plant phototropism, the algorithm looks the feasible region of integer programming as plant growth environment, and determines the growth probability on different growth points according to the changes of the object function.

该算法从植物的向光性特点出发，将整数规划的可行域作为植物的生长环境，根据各可行解目标函数的变化情况确定植物的生长信息，进而模拟出向光源迅速生长的植物生长动力学模型。

The paper summarizes how the growth and development of tree trunk and branch, crown of tree and phyllome influence the limit of extent of space, the scale of space and the shape of space in landscape architecture.

面对这样的矛盾，本文从植物个体和群落生长习性及环境因子的作用的角度，根据植物生长过程中植物个体和群体在大小和外形上的生长演变规律，总结出植物生命周期内枝干、树冠、叶幕的生长对园林空间的围合感、郁闭度、尺度、形态的影响规律。

The results showed: 1 All GH deficient children presenting with polyuria and polydipsia had severe ADH deficiency; 2 In 11 GH deficient children without polyuria and polydipsia, 7 were found endogenous ADH insufficient; 3 The children with sho...

结果表明：(1)GH缺乏、伴多饮多尿症状的生长落后儿童均为ADH严重缺乏；(2)GH缺乏、无多次多尿症状的生长落后儿童11例中7例为潜在性ADH缺乏；(3)GH正常、伴多饮多尿症状的生长落后儿童都为ADH部分缺乏；(4)GH正常、无多饮多尿症状的生长落后儿童的下丘脑-垂体后叶功能基本正常。

Neither the killing of Mr Zarqawi nor any breakthrough on the political front will stop the insurgency and the fratricidal murders in their tracks.

在对危险的南部地区访问时，他斥责什叶派民兵领导人对中央集权的挑衅行为。

In fact,I've got him on the satellite mobile right now.

实际上 我们已接通卫星可视电话了