发散

基本解释 (translations)

breathe  ·  emanate  ·  transpire  ·  volatilization  ·  breathes  ·  emanated  ·  emanates  ·  emanating  ·  transpired  ·  transpires  ·  transpiring

词组短语

disperse the internal heat with sudorifics

与发散相关的网络例句 [注：此内容来源于网络，仅供参考]

Buckshot rounds fire several ounces of steel or lead shot which spread out over range.

Buckshot发散出数个金属弹头，但正由于发散，对于50米之外的目标无效。

A transmitting antenna with tapered fiber is proposed to transform the divergence partially coherent light formed by multi-mode fiber to collimate light. This structure can produce a partially coherent light of low divergence and guarantee the output power of laser transfers completely. It is applicable to laser communication in atmosphere.

提出采用直锥形光纤作为大气激光通信的发射天线，将多模光纤输出的部分相干发散光束变换为准平行光束的方案，既能得到发散角很小的部分相干激光光束，又能保证激光器输出能量的完全传输。

Theorem 1 If the power series is convergent at ,then for any that ,the power series absolutely converges at point ;if the power series is divergent at ,then for any that ,the power series diverges at point .

定理1 如果级数当时收敛，则适当不等式的一切使这幂级数绝对收敛；反之，如果级数当时发散，则适合不等式的一切使这幂级数发散。

It is further discussed how to be effective foster creative thinking ability of students, through the establishment ideal condition, induce the student to create wants, to raise the student thought the flexibility, to raise student's intuitive thought ability, to strengthen the student thought the divergency, to raise student's negative thinking ability,to enhance the critical thinking of the students

本文介绍了创造性思维能力的定义以及创造性思维能力的非常规性、主动性、流畅性、灵活性、综合性等特点，并阐明了创造性思维能力的抽象思维能力、形象思维能力、直觉思维能力、逆向思维能力、发散思维能力等本质，进一步通过创设意境，诱发学生创造欲、培养学生思维的灵活性、培养学生的直觉思维能力、增强学生思维的发散性、培养学生的逆向思维能力、培养学生思维的批判性等几个方面讨论了如何可以有效的培养学生的创造性思维能力。

Calculate Lyapunov spectrum of series of R-R intervals and R-wave peaks with different physiological and pathological states. On the basis of Lyapunov spectrum, first propose the concept of Rate of Convergency-Divergency which can judge dynamics characters of the heart by both convergency and divergency.

计算了不同生理病理状态下动态心电图中RR间期和R波峰序列的Lyapunov指数谱，并以此为基础首次提出了收敛发散比的概念，它可以从收敛和发散两个方面衡量心脏系统的动力学特征。

The position and size of the monochromator, focusing curvature radii and tilting angles of the germanium focusing monochromator under different different take-off angle, size and divergency of the second collimator and intensity loss due to the use of it were determined. The neutron flux at different wavelength, under different reflection and take-off angle of the monochromator and divergency of the first collimator, were given. The simulation on the aperture used for limiting beam size in front of the sample showed that, smaller the size of the aperture and further the distance from the aperture to the sample, greater the loss of the intensity and more serious the spread of the beam along vertical direction at the sample position which makes the practical sampling volume greater than expected.

用蒙特卡罗模拟方法对中子应力衍射谱仪的设计方案进行了优化研究，提出了一系列可供参考的数据：确定了单色器的位置、尺寸、垂直聚焦单色器在不同起飞角下的聚焦曲率半径和倾角；讨论了第二准直器的尺寸和发散，以及使用第二准直器造成的强度损失；给出了在不同单色器反射面、起飞角、中子波长和第一准直器发散度的情况下样品处的中子注量率，以及多种组合情况下谱仪的分辨率曲线；对限束方孔的尺寸、距离样品远近对强度损失和测量中的影响做了深入研究。

However, the output beam quality of semiconductor laser is poor. Because of the waveguide properties of their active areas, semiconductor lasers generate large divergence-angle beams with elliptically shaped intensity profiles.

由于半导体激光器的结构特点，使得它发出的光束在垂直于结平面方向上远场发散角和平行于结平面方向的远场发散角相差较大(在垂直和平行于结平面方向上的发散角大小分别在30°左右和10°左右)。

The phase anomaly zones are investigated on the basis of the integral theorem of Helmholtz and Kirchhoff in terms of the Kirchhoff′s boundary conditions and the physical meaning of the integral for the diverging and converging spherical waves.

从波动方程出发，在基尔霍夫边界条件下，根据积分的物理意义，简明地研究了发散和汇聚球面波的相奇异区域分布。结果表明，除了汇聚的球面波焦点区域存在相奇异现象外，焦点以外的区域及对发散的球面波同样存在相奇异现象。

Finally, the PEC-treated LEDs are packeted as the TO-Can and Lamp formal to measure the output power. The fabricated LEDs through the PEC process have 14.6% output power enhanced compared with the general LED at 20 mA operation current.

最后将基板磨薄切割劈裂成晶粒，并且以 TO-Can 与 Lamp 形式封装，量测电性资料与光学特性，发现表面结构的改变也影响发散角度，经过处理的晶粒有较大的发散角度，最终封装成 Lamp 形式的光输出功率增加14.6%。

And this paper also shows the structure and parameters of the optical system. The Xenon light of super high voltage is used as interferential source. The position of it is on the focus of the reflector of ellipsoid surface. After reflecting, its lights form a collective point . This point and objective focus of collimation lens are superposition. Though the collimation lens, the beam of light become parallel lights. Then though the Coude Reflector and radiation system of special prism, the lights become a beam of light with 3 ° emanative angle.

该光学系统选用超高压氙灯作光源，使其位于椭球面反射镜的一个焦点上，发出的光线经椭球面反射后所形成的汇聚点与准直负透镜组的物方焦点重合，光束经准直系统后变为平行光束，此平行光束再经库德反射镜和特殊发散棱镜系统，形成具有3°发散角的发散光束，用来干扰敌方设备。

与发散相关的网络解释 [注：此内容来源于网络，仅供参考]

divergent birth process：发散增延过程

divergent 发散,分散,辐散的,偏离,偏斜的,岔开的=>発散の | divergent birth process 发散增延过程 | divergent branching system 发散分支系统

divergence of a series：级数发散

divergence 发散 | divergence of a series 级数发散 | divergence of tensor field 张量场的散度

divergency：发散

divergence 发散 | divergency 发散 | divide 分水岭

coefficient of divergency：发散系数

coefficient of divergence 发散系数 | coefficient of divergency 发散系数 | coefficient of drag 阻力系数

divergent sequence：发散序列

Diverge 发散 | Divergent Sequence 发散序列 | Divergent Series 发散系列

divergent sequence：发散序列,发散层序

发散反射 divergent reflection | 发散序列,发散层序 divergent sequence | 辐散构造 divergent structure

divergent sequence：发散序列Btu中国学习动力网

divergent iteration 发散性迭代Btu中国学习动力网 | divergent sequence 发散序列Btu中国学习动力网 | divergent series 发散级数Btu中国学习动力网

divergent iteration：发散性迭代

divergent 发散的 | divergent iteration 发散性迭代 | divergent sequence 发散序列

divergent iteration：发散性迭代Btu中国学习动力网

divergent 发散的Btu中国学习动力网 | divergent iteration 发散性迭代Btu中国学习动力网 | divergent sequence 发散序列Btu中国学习动力网

divergence theorem：散度定理,发散定理

"divergence of wave ","波之发散" | "divergence theorem ","散度定理,发散定理" | "divergent ","发散的,分散的,扩散的"