supergravity

The Stable Compactification of a Ten Dimensional Supergravity Model at Finite Temperatures

有限温度下10维超引力模型的稳定紧致化

The effective potentials at finite temperatures in a ten dimensional supergravity model with single loop quantum corrections are studied in this paper .

对单圈量子与有限温度修正下的10维超引力模型紧致化中的稳定性问题进行了研究。

Present Status of Application Study of Supergravity Technology in Electro-chemistry Industry

超重力技术在电沉积工艺中的应用研究现状

This article emphasizes the application of supergravity technology in producing superfine calcium carbonate .

本文重点介绍了超重力技术在超细碳酸钙生产中的应用。

The supergravity technology is increasingly widely applied in the field of electro-chemistry process as a technology .

超重力技术是一种利用离心机产生强大的离心加速度来进行操作的新型技术，因而在科学技术研究领域得到了广泛的应用。

Study on droplet diameter in cross-current rotary discs supergravity field

错流旋转碟片超重力场中液滴直径的研究

Quantization of gravitational gauge fields in ISO ( 3,1 / n ) supergravity

ISO（3,1/N）超引力中引力规范场的量子化

Study on the surface modification of slurry and powder of nano-CaCO_3synthesized by supergravity reaction-crystallization method

超重力反应结晶法纳米碳酸钙浆料及粉料的表面处理

Self - Dual Conformal Supergravity and Hamiltonian Formulation

自对偶共形超引力及其哈密顿表述

Iso ( 3 . 1 / n ) supergravity Lagrangian with Noether couple

含Noether耦合的ISO（3.1/N）超引力拉氏量

A theory of conformal supergravity

一种共形超引力理论

Implication of spontaneously broken conformal supergravity

自发破缺共形超引力的意义

Compactification of matrix theory on the noncommutative torus was argued to correspond to supergravity with constant background three form tensor field .

在非对易torus上的矩阵理论的紧化对应于带有常数三形式张量场的超引力；

The Superspace and Its Unified Supergravity Theory

超空间及由其建立的纤维丛统一的超引力理论

In this paper , the basic theory of the supergravity technology is introduced and the present status of application study of super-gravity technologies in electro-chemistry process is extensively summarized .

本文主要介绍了超重力技术的基本原理，并较全面地综述了近年来超重力技术在电化学工业中的应用研究进展情况。

In this paper , we use the Noether couple method introducing the interaction of gauge fields and Fermionic fields , and establishing the ISO ( 3.1 / N ) supergravity lagrangian and proof its in-variance .

以ISO（3.1/N）（N>1）超群为规范群，用Noether耦合方法，引入规范场与物质场之间的相互作用，建立了ISO（3.1/N）超引力拉氏量，并证明了其对称性。

The current methods of preparation for calcium carbonate whiskers , such as carbonation , replacement reaction , urea hydrolysis , thermal decomposition of Ca ( HCO3 ) 2 and supergravity reaction-crystallization are analyzed and reviewed in the paper .

对目前制备碳酸钙晶须的碳酸化法、复分解反应法、尿素水解法、碳酸氢钙加热分解法和超重力反应结晶法进行了分析和评述。

On the basis of a unified definition of the dual operation and the ( anti ) self dual operation , the connections of the su ( 2,2 | 1 ) main cluster was used as the fundamental field variables to construct the self dual Lagrangian of conformal supergravity .

利用内外指标的对偶运算及（反）自对偶运算的统一定义，将su（2,21）主丛联络作为基本场变量来构建自对偶的共形超引力拉氏函数。