1)  ecological field gradient
场梯度
2)  magnetic field gradient
磁场梯度
1.
The magnetic field gradient of these magnetic field profiles is obtained quantitatively by using Lorentz fit.
为了定量地得到磁场梯度对a Si∶H薄膜沉积速率的影响 ,对单磁场线圈分散场MWECRCVD系统等离子体室和沉积室中用三种方法得到的磁场形貌进行了研究 。
2.
Four single component magnetic field sensors are used to make up of a detection device that has dual-magnetic field gradient inputs as reference.
本文使用 4个单分量磁探头构成双参考磁场梯度探测装置 。
3.
The results show that the product of magnetic flux density and magnetic field gradient should be very large to get good oxygen enrichment results, which is difficult to realize.
通过分析氧、氮分子的运动速率及其在梯度磁场中的受力,从理论上分析计算了磁场参数与富氧效果的关系,计算结果表明,欲达到较好的富氧效果,需要极大的磁感应强度和磁场梯度乘积,这是很难实现的。
3)  magnetic gradient
磁场梯度
1.
Before the successful development of this system, the coil spacing in the magnetic field coil system was fixed and there are large magnetic gradients in almost all the environment; therefore, the uniformity and orthogonality designed theoretically were not adjustable or able to be supervised or corrected when the environment changed.
迄今为止使用的磁场线圈间距全为固定式,而环境又几乎全有较大的磁场梯度
4)  electric field gradient
电场梯度
1.
Electric field gradient on Fe dopants in Y-124 superconductor;
铁掺杂Y-124高温超导相的电场梯度研究
2.
The relationship among the nuclear quadrupole coupling constants (NQCC) , local electric field gradient ( EFG) and bonding structure of pentacrythritol tetranitrate (PETN) were studied by means of ab initio and TOWNES-DAILEY theory.
利用从头算法和TOWNES-DAILEY理论研究了泰安(PETN)分子中氮原子的核四极耦合常数、氮原子近场电场梯度和价键结构的关系。
3.
With the theory of electroelastic solids including electric field gradient effects, an antiplane crack in a piezoelectric body is analyzed.
用含有电场梯度效应的电弹性体理论分析了压电体中的反平面裂纹问题。
5)  gradient of magnetic field
磁场梯度
6)  electrical gradient force
电场梯度力
1.
Charging behavior of a metallic conducting particle on a dielectrically coated electrode in the presence of electrical gradient force in SF_6stressed by DC or AC voltage was discussed.
在施加直流或交流电压的表面覆涂绝缘介质的楔形电极结构条件下 ,讨论了SF6 中自由金属导电微粒在电场梯度力存在时的运动特性 。
参考词条
补充资料:梯度场


梯度场
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说明:补充资料仅用于学习参考,请勿用于其它任何用途。