1.
500kg goods have been shipped out. We shall tele-release the B/L upon receipt of payment.
500公斤货物已经出运，我们将收到货款后电放提单。
2.
Which Trader's Entitled to Own the Right of Action Against the Carrier When B/L is Surrendered
提单电放下贸易方对承运人诉权主体问题研究
3.
Quote a supplement together for these two items. Only supply unit price for multi-cores cable.
两者放在一起提供一个补充报价，对于大对数电缆，只报单价。
4.
The simplest discharge to produce is the glow discharge.
最简单的放电产生方法是辉光放电。
5.
ged push-pull amplifier circuit
单边推挽放大器电路
6.
Abstract This paper gives two kinds of single operational amplifer ? current-mode active filter circuits. They can realize lowpass, highpass and ? bandpass without changing circuit topology and element.
提出两种使用单运放的电流型滤波电路,每种电路均可同时实现带通、低通和高通滤波功能.
7.
The Indemnifying Liability of Delivery without Bill of lading;
论无正本提单错误提、放货的赔偿责任
8.
Amplified circuit. Unidirectional or both-way amplification can be specified.
放大器电路。可指定单向或双向放大。
9.
Amplified circuit, unidirectional amplification. Right-click for both-way amplification.
放大的电路，单向放大。右击来指定双向放大。
10.
Research of Reactive Pricing for Unilateral Open Electricity Market;
单边开放电力市场下的无功电价研究
11.
On Applicable Law for Delivering Cargos without Presentation of Straight B/L;
论记名提单下无单放货纠纷的法律适用
12.
Study on the Character of Bill of Lading--Discussion on the Problems in Carrier s Delivery without Presenting Bill of Lading;
试论提单权利的法律性质——兼谈无单放货问题
13.
Effective transference of B/L and carrier s liability for delivery of goods without B/L;
论提单的有效转让与承运人无单放货的责任
14.
On Legal Obligation of Delivery of Cargo without B/L;
从提单性质看无单放货行为的法律责任
15.
Research on Increasing the Response Speed of the Current Amplifier
提高电流放大器电流响应速度的研究
16.
How to Improve the Accuracy of Measuring Resistance by Using Direct Single Current Bridge;
如何提高直流单电桥测电阻的准确度
17.
Right of taking delivery of cargo under bill of lading and determination of carrier s liability for delivery of cargo without its production;
海运提单项下的提货权与承运人无单放货责任的认定
18.
Experimental Simulation of Macro-Cell Discharge in Newly-Developed Shadow Mask Plasma Display Panel
基于放大单元的新型荫罩式PDP放电特性的研究