All of this highlights the importance of tools for customer relationship management ( CRM ).

Customer Relationship Management is an innovation sales strategy with customer as the center.

客户关系管理是一种以客户为中心的创新营销策略.

Customer Relationship Management ( CRM ) provides your company with new ways of better understanding and serving your customer.

客户关系管理给你的公司提供新的方法以便更好地了解客户,服务客户.

A client-oriented customer relationship management ( CRM ) system is designed based on foreign trade business information system.

介绍在外贸业务信息系统基础上设计研究的客户型客户关系管理 ( CRM ) 系统.

Summary with emphasis on customer relationship management.

总结时将重点放在客户关系管理上.

Implementation, vendor accreditation, customer relationship management, etc.

的实施 、 供应商评审 、 客户关系管理等.

For some, it will be marketing, or finance, or customer relationship management.

对于有些公司而言, 它将是营销 、 或融资 、 或客户关系管理.

Newtonian gravity assumes action at a distance, in clear violation of the principle of relativity.

牛顿的重力理论假设了超距作用, 明显违反了相对论原理.

How was Albert Einstein's work on special relativity transitional between classical and modern physics?

爱因斯坦研究狭义相对论是如何在经典和现代物理学之间转换?

Space travel therefore would be impossible if we're looking at the special relativity.

如果我们紧盯着狭意相对论,星际旅行因此将成为不可能.

There is certain limitation in Special Relativity ( SR ) .

摘要 相对论 存在一定的局限性.

The creation of special relativity.

狭义相对论的创立.

Special relativity is all about high-velocity motion.

通常我们只会把狭义相对论和高速运动联想在一起.

Special relativity and quartum mechanics were two major theories that appeared subsequently.

狭义相对论和量子力学是相继出现的两个主要理论.

Steinhardt's scenario makes use of string theory another attempt to reconcile General Relativity with quantum physics.

斯顿哈德的假设引用了弦理论,这种理论也试图在相对论和量子物理学之间找到折衷点.

The lecture then moves to General Relativity and how it encompasses Newton's laws of gravity.

讲座然后移动到广义相对论和如何包括重力牛顿定律.

Black holes are predicted by general relativity.

黑洞是广义相对论预言的一种特殊的天体.

General relativity is incorrect and therefore the Friedmann equations are not applicable.

广义相对论是错误的,因此弗里德曼方程不适用.

In some cases, both general relativity and quantum mechanics converge.

在某些情形里, 广义相对论和量子力学集中于一点.

Moreover, we already know from general relativity that space is flexible.

此外, 我们已经由广义相对论得知,空间是可弯曲变动的.

Relevance theory can be applied effectively account for the translation.

关联理论能有效地解释翻译.