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时髦行走FASHION voyage 夏日美男行装解码

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潇洒 2006年第8期 102-107页

作者：小东马曦

我们有很多时间或许在路上为了工作也为了休闲。有时候男人独自出行其实并不孤独,因为CHIC的服装编辑早就为你打点好了时尚出游行囊。别在游离于手机里塞满的焦虑短信里,好好地享受你的优雅之旅吧!

关键词：在路上 FASHION voyage 透不过气来

非营利组织成员动机解释以及激励方式的改善——以杭行voyage为例

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百科知识 2019年第36期 26-28页

作者：周彦杭州第十四中学

非营利组织是指不以营利为目的的组织,其目标通常是解决并支持个人或者公众关心的主题或者事件。从1980年开始,由于福利社会化以及新自由主义思潮在公共部门的影响,中国的非营利组织大幅度兴起。而在非营利组织中,由于现代科技、文化和... 详细信息

非营利组织是指不以营利为目的的组织,其目标通常是解决并支持个人或者公众关心的主题或者事件。从1980年开始,由于福利社会化以及新自由主义思潮在公共部门的影响,中国的非营利组织大幅度兴起。而在非营利组织中,由于现代科技、文化和教育的快速发展,有一特殊的种类——"非营利学生组织"尤其值得关注。本文以杭行voyage(以下简称杭行)为案例,探索非营利学生组织有效的激励制度。

关键词：非营利组织 voyage 采访者激励方式

Kindle voyage电子书阅读器满足你的读书“情怀”

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家用电器 2016年第3期44卷 84-85页

作者：侯婷婷

在这个电子产品横行的年代,纸质书籍已经逐渐被电子产品所取代,电子书阅读器应运而生。如果你总怕读书时被打扰,自制力又不太强,那么相比于平板电脑和手机,电子书阅读器确实是个让人专注的好工具。迄今最为轻薄的电子书阅读器：Kindle v... 详细信息

在这个电子产品横行的年代,纸质书籍已经逐渐被电子产品所取代,电子书阅读器应运而生。如果你总怕读书时被打扰,自制力又不太强,那么相比于平板电脑和手机,电子书阅读器确实是个让人专注的好工具。迄今最为轻薄的电子书阅读器：Kindle voyage厚度仅为7.6毫米,可以用单手轻松握持。文字明晰锐利：300ppi超清晰显示屏,显示效果堪称比激光刻印,完美还原纸书阅读体验。全新翻页体验：创新【压敏式翻页键】让您无需抬起手指,

关键词：电子书 Kindle voyage 电子产品激光刻印纸质书纸书压敏平板电脑阅读体验字体大小

journey, voyage, expedition, tour, trip 辨析

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大学英语 1998年第10期 39-39页

作者：王春立

ｊｏｕｒｎｅｙ，ｖｏｙａｇｅ，ｅｘｐｅｄｉｔｉｏｎ，ｔｏｕｒ，ｔｒｉｐ这五个同义词都可以表示“旅程”，“行程”之意。除ｅｘｐｅｄｉｔｉｏｎ外，都可以做名词和动词用。鉴于名词用法较为常见，故只将其做名词比较。１．ｊｏｕ... 详细信息

ｊｏｕｒｎｅｙ，ｖｏｙａｇｅ，ｅｘｐｅｄｉｔｉｏｎ，ｔｏｕｒ，ｔｒｉｐ这五个同义词都可以表示“旅程”，“行程”之意。除ｅｘｐｅｄｉｔｉｏｎ外，都可以做名词和动词用。鉴于名词用法较为常见，故只将其做名词比较。１．ｊｏｕｒｎｅｙｊｏｕｒｎｅｙ指旅行；旅程...

关键词： expedition voyage journey

Study on Working Pairs of Sorption Type Air Conditioner for Electric Vehicles under Different Temperature Zones

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Journal of Thermal Science 2019年第5期28卷 1004-1014页

作者： AN Guoliang WANG Liwei WANG Zixuan GAO Jiao Institute of Refrigeration and Cryogenics Shanghai Jiao Tong University

The air conditioning(AC) system of electric vehicles(EVs) consumes a large part of electricity of on-board batteries and influences the continue voyage course seriously. The feasibility of sorption type AC for EVs has been verified theoretically to decrease this part of energy consumption. However, the choice of optimal working pairs based on local working conditions is not considered before, which can realize not only high efficiency but also the steady and reliable operation. Thus in this paper, different solid sorption working pairs used in sorption type AC under different temperature zones are studied. We utilized Rubotherm balance test unit to study the sorption properties of various working pairs(halide-ammonia) and selected candidate working pairs by Clapeyron equation and energy analysis. Results show that MnCl2 is the only choice for cold temperate zone(CTZ) and CaCl2 is optimal for warm temperate zone(WTZ), while the mixed double halide(MnCl2 and CaCl2) is recommended in other zones. In middle temperate zone(MTZ), the probability for performance dropping down is relatively large, thus the ratio(CaCl2:Mn Cl2) is recommended as 0.33–1 to take advantage of the stability property of MnCl2. While in Qinghai-Tibet plateau cold area(QTPCA, the special temperature zone in China), the ratio is chosen as 2–3 because only under the limiting condition reaction [Ca(NH3)8]Cl2 (←→) [Ca(NH3)4]Cl2 +4NH3 is invalid. Because the continued high environmental temperature will increase the probability of limiting condition, ratio of subtropical zone(STZ) is still selected as 2–3 while that of tropical Zone(TZ) is 1–2. Taking WTZ under summer condition as example, by using sorption type AC with CaCl2 as sorbent, the increment voyage course(IVC) over the practical voyage course with conventional compression AC system(PVC) ranges from 9.4% to 37.7% for different type of EVs, i.e. the continue voyage course is increased effectively. This work provides the guidance for choosing opti

关键词： electric vehicle automobile air conditioning solid sorption energy density continue voyage course

基于多成分过程模拟的北极近岸综合体作业研究（英文）

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Journal of Marine Science and Application 2018年第4期17卷 471-497页

作者： Oleg V.Tarovik Alex Topaj Andrey B.Krestyantsev Aleksander A.Kondratenko Dmitry A.Zaikin Krylov State Research Centre St.Petersburg 196158Russia Gazprom Neft Shelf LLC St.Petersburg 197198Russia

We developed a detailed simulation model of the Arctic marine transport system(MTS) for oil platform Prirazlomnaya. The model has a multidisciplinary nature and involves: sub-models of various transport and technological processes; stochastic weather generator to obtain time series of 15 environmental parameters; and contextual planning algorithm to build voyage plan considering several types of ships and cargoes. We used a significant amount of real operational data to identify model parameters and to prove its statistical reliability. Our main scientific task is to investigate the interaction of various processes of a different nature, while the practical aim is to find a set of measures to increase the efficiency of MTS. The results of the study reveal many examples of the mutual interaction of various processes that need to be considered at the design stage to avoid technical *** study formed a basis for making managerial decisions at the top level of Gazprom Neft Shelf Company.

关键词： Marine transport system Discrete event simulation Offshore oil platform Stochastic weather generator Vessel voyage planning Supply vessels operation Arctic tankers

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In Brief

China Oil & Gas 2019年第3期26卷 62-64页

Achievements in Oil and Gas cooperation under the Belt and Road Initiative According to the news of offshore engineering on July 5,this week,an LNG tanker carrying cargo of Yamal LNG crossed the arctic waters in north... 详细信息

关键词： maiden voyage this week According to