查询词典 by-your-leave

AIn the event of loss of time due to(1) deficiency of men or stores;(2) breakdown or damage to hull, machinery or equipment;(3) detention by average accidents to ship or cargo including collision and stranding; drydocking or (4) repairs, Vessels other necessary measures to maintain the efficiency of the certificates, and/or other (5)failure to possess or carry on board valid Vessel's documentation for the cargo service, including valid Panama and Suez Canal admeasurement certificates;(6) strikes, refusal to sail, breach of orders or neglect of duty on the part of the Master, Officers or Crew;(7) detention of or interference with the Vessel by any authorities in consequence of legal action against, or breach of regulations by the Owners, Master, Officers or Crew (unless brought about by the negligent act or omission of Charterers);(8) stoppages resulting from any breach of this Charter by the Owners;(9) deviation, putting back or putting into any port other than that to which she is bound under the instructions of Charterers for any reason or for any purpose of mentioned in this Clause or for the purpose of obtaining medical advice or treatment for or landing any sick or injured ship's personnel;(10) those agreed as off-hire as elsewhere provided herein or any other causes either hindering or preventing the efficient working of the Vessel, or rendering the Vessel unavailable for the Charterers' service, hire to cease from commencement of such loss of time until the Vessel is again in an efficient state to resume her service from a position not less favourable to Charterers than that at which such loss of time commenced.

停租 16.Off-Hire如时间损失是由于(1)人员或船用品不足；(2)船壳，机器或设备损坏；(3)船舶或货物遇到海损事故包括碰撞和搁浅而造成延误；(4)修船，进行干船坞或保持本船效能所采取的其他必要措施；(5)未持有或未随船携带货运需要的有效证件及或其他船舶文件，包括有效的巴拿马和苏伊士运河丈量证件；(6)船长，船员或水手的罢工，拒航，违抗命令或失职；(7)任何当局因船东，船长，船员或水手受到控告或违章对本船实行拘留或干预(但租船人的疏忽行为或不行为所引起者除外)；(8)船东违反租约而停工；(9)由于本条所提到的任何原因或任何目的或由于伤病船员上岸治疗而使本船绕航，折返或靠挂非租船人所指示的其他港口；(10)本租约另有规定的停租项目或其他任何原因，以致妨碍或阻止本船有效运行或使本船不能给租船人使用，则从时间损失起至本船重新处于有效状态，在不使租船人比时间损失开始之时的船位吃亏的地点恢复服务止，租金停止。

In the event of loss of time due to（1） deficiency of men or stores;（2）breakdown or damage to hull, machinery or equipment;（3） detention by average accidents to ship or cargo including collision and stranding;（4） repairs, drydocking or other necessary measures to maintain the efficiency of the Vessels （5）failure to possess or carry on board valid certificates, and/or other Vessel's documentation for the cargo service, including valid Panama and Suez Canal admeasurement certificates;（6） strikes, refusal to sail, breach of orders or neglect of duty on the part of the Master, Officers or Crew;（7） detention of or interference with the Vessel by any authorities in consequence of legal action against, or breach of regulations by the Owners, Master, Officers or Crew （unless brought about by the negligent act or omission of Charterers）;（8） stoppages resulting from any breach of this Charter by the Owners;（9） deviation, putting back or putting into any port other than that to which she is bound under the instructions of Charterers for any reason or for any purpose mentioned in this Clause or for the purpose of obtaining medical advice or treatment for or landing any sick or injured ship's personnel;（10） those agreed as off-hire as elsewhere provided herein or any other causes either hindering or preventing the efficient working of the Vessel, or rendering the Vessel unavailable for the Charterers' service, hire to cease from commencement of such loss of time until the Vessel is again in an efficient state to resume her service from a position not less favourable to Charterers than that at which such loss of time commenced.

如时间损失是由于（1）人员或船用品不足；（2）船壳、机器或设备损坏；（3）船舶或货物遇到海损事故包括碰撞和搁浅而造成延误；（4）修船、进行干船坞或保持本船效能所采取的其他必要措施；（5）未持有或未随船携带货运需要的有效证件及或其他船舶文件，包括有效的巴拿马和苏伊士运河丈量证件；（6）船长、船员或水手的罢工、拒航、违抗命令或失职；（7）任何当局因船东、船长、船员或水手受到控告或违章对本船实行拘留或干预（但租船人的疏忽行为或不行为所引起者除外）；（8）船东违反租约而停工；（9）由于本条所提到的任何原因或任何目的或由于伤病船员上岸治疗而使本船绕航，折返或靠挂非租船人所指示的其他港口；（10）本租约另有规定的停租项目或其他任何原因，以致妨碍或阻止本船有效运行或使本船不能给租船人使用，则从时间损失起至本船重新处于有效状态，在不使租船人比时间损失开始之时的船位吃亏的地点恢复服务止，租金停止。

Analysis indicates that there is little difference in the displacement of tunnel and well control of stratum displacement by both methods. Plastic zone develops more obviously above the tunnel side by CRD method and is larger by CRD method than by dual sidewall guide pit method. It is comparatively obvious that the plasticity district develops in the side direction of the tunnel by dual sidewall guide pit method and the leading influence distance is also longer than that by CRD method. The development speed of plasticity district is comparatively fast in the range of the leading 3~6 m in CRD tunnel and 0~3 m in sidewall guide pit tunnel. There are different advantages by both methods for passing through sand layer.

结果表明，采用这2种工法时引起的隧道变形相差不是很大，都能较好地控制地层的变形；采用CRD法时产生的塑性区较双侧壁法大，且向隧道侧上方发展较为明显；采用双侧壁法时产生的塑性区在隧道侧向发展较为明显，超前影响的距离也大于CRD法；采用CRD法时的塑性区在超前3~6m的范围内发展速度较快；采用双侧壁法时的塑性区在超前0~3 m的范围内发展速度较快；对于隧道穿越砂层而言，2种工法各有优势。

Every one of us should be exercising what is still our democratic right to exert the maximum pressure on our MPs - by (to paraphrase the words of Henry Porter) bombarding them with letters and e-mails, by confronting them repeatedly at their surgeries, by contributing to blogs and phone-ins, by talking to friends and colleagues, by expressing in no uncertain terms our dismay at, and disapproval of, what is being done by Labour's centralisers and controllers who manipulate our elected parliament, and by their data men who would invade every aspect of our lives.

我们每个人都应该行使什麼仍然是我们的民主权利，尽最大的压力，对我们的国会议员-由轰击他们的信件和电子邮件，由对抗他们多次在他们的手术，由作出贡献的博客和手机程式，交谈的朋友和同事，表示毫不含糊地，我们感到失望，并表示反对，正在做些什麼劳工的centralisers和控制器谁操纵我们的选举产生的议会，以及他们的个人资料男子谁，将入侵的各个方面，我们的生活。

The result showed that the strong storm followed by mesoscale squall line was primary cause of strong sandstorm producing, steps and ladders short wave trough of 500 hPa was great criterion triggering system for the mesoscale squall line producing, the essential dynamic condition was provided by distortion field and the mesoscale low pressure of 700 hPa for the strong sandstorm forming and maintaining in mid-west of Hexi Corridor, the deep vertical circulation development condition was basic power that urged squall line to occur and sand dust to curl up, which was provided for the deep convection development by superimposition of lifting movement before ground cold front and ascendant current of secondary circulation in upper air jet entrance region, temperature and the barometric gradient around the cold front was enlarged by enhancement of ground thermal low and temperature diurnalvariation of afternoon, by which essential thermal energy unstable condition was provided for the gale and strong sandstorm eruption, the strong sandstorm appeared in downstream of -200 m^2s^(-2) center of vertical helicity, the vertical helicity had good instruction significance for development of squall line and landing region of sandstorm, the mesoscale squall line occurred in unstable stratification, basic condition of potential energy transforming as kinetic energy was provided by strong unstable stratification for the strong sandstorm forming and developing.

结果表明：中尺度飑线所伴随的强风暴是产生强沙尘暴的主要原因；500 hPa阶梯短波槽是中尺度飑线产生的大尺度触发系统，河西走廊中西部700 hp变形场、中尺度低压为强沙尘暴形成和维持提供了必要的动力条件；地面冷锋前上升运动与高空急流入口区次级环流的上升气流的叠加，为深对流发展提供了深厚的垂直环流发展条件，是促使飑线发生和沙尘卷起的基本动力；地面热低压的加强和午后气温的日变化加大了冷锋前后的温度和气压梯度，为大风、强沙尘暴爆发提供了必要的热力不稳定条件；强沙尘暴出现在垂直螺旋度为－200平方公尺/s^2中心的下游，垂直螺旋度对飑线的发展和沙尘暴的落区具有较好的指示意义；中尺度飑线发生在不稳定层结内，较强的不稳定层结为强沙尘暴形成、发展提供了位能转化为动能的基本条件。

By pureness, by knowledge, by longsuffering, by kindness, by the Holy Ghost, by love unfeigned

6：6 廉洁，知识，恒忍，恩慈，圣灵的感化，无伪的爱心

A process for making an electronic device which comprises applying a nonaqueous plate-resistant ink by ink jet printing to selected areas of a dielectric substrate, optionally laminated with an electrically conductive metal, exposing the plate resistant ink to actinic and/or particle beam radiation to effect polymerisation, adding one or more metal layers by electrolytic or electroless deposition, the upper layer of which is an etchresistant metal, removing the polymerised plate-resistant ink with alkali and finally removing the electrically conductive metal which are optionally directly laminated to the dielectric substrate and not protected by an upper layer of etch-resistant metal by chemical etching wherein the plate-resistant ink is substantially solvent-free and comprises: A 30 to 90 parts acrylate functional monomers free from acid groups comprising mono- or higher functionality wherein 5 to 95% by weight are mono-functional monomers; B 1 to 30 parts acrylate functional monomer containing one or more acid groups; C 0 to 20 parts polymer or prepolymer; D 0 to 20 parts radical initiator; E 0 to 5 parts colorant; F 0 to 5 parts surfactant; and where the ink has a viscosity of not greater than 30 cPs at 40 DEG C and all parts are by weight.

一种制备电子装置的方法，所述方法包括以下步骤：通过喷墨印刷在任选层压了一种或多种导电金属的介电底材的选定区域涂覆非水的阻沉积油墨，将所述阻沉积油墨暴露在光化辐射和/或微粒束辐射中以完成聚合，通过电解沉积或无电沉积增加一层或多层金属层，其中最上层的金属层为一种或多种阻蚀刻金属，用碱除去聚合的阻沉积油墨，最后通过化学蚀刻将任选直接层压在所述介电底材上并且不被一种或多种阻蚀刻金属的上层保护的导电金属除去，其中所述阻沉积油墨基本不含溶剂，并且包含以下组分：A30-90份不含酸基团的丙烯酸酯功能性单体，所述单体包括单官能或多官能单体，其中5-95％重量为单官能单体；B1-30份包含一个或多个酸基团的丙烯酸酯功能性单体；C0-20份聚合物或预聚物；D0-20份自由基引发剂；E0-5份着色剂；和F0-5份表面活性剂；其中所述油墨的粘度在40℃下不高于30cPs，并且所有的份数以重量计。

Based on the integration of the results of acoustic andfluid dynamic analysis, this paper points out that synthetical acoustic and fluiddynamic performance of muffler can be obtained by using square expansion chamber,by stringing together several podgy expansion chambers, by applying noise absorbingmaterial on chamber walls, by making chambers and pipers co-axial, by adding filletson the end of intruding pipes, and by making the diameter of outlet pipe a little greaterthan the diameter of the inlet pipe.

通过综合流体力学和声学有限元两方面的分析的结果，指出了采用方形扩张腔，采用多个短粗扩张腔串联，扩张腔壁面附吸声材料，使各管道同轴，在插入管端口加上圆角，并且令出口插入管管径略微大于入口插入管管径可以使消声结构获得最佳的声学和流体力学综合性能。

The following main results are obtained: The TiO_2 photocatalyst with small crystallite size, high surface area, narrow and uniform pore size distribution, and microporous frameworks could be prepared out by applying MW radiation in the preparation process. The microwave-induced fluorescence technique verified for the first time that microwave enhanced the formation rate of hydroxyl radical, leading to the increase in the photocatalytic efficiency. Compared with the conventional catalyst, TiO_2 prepared by MW dielectric heating owns a higher UV absorption ability, and its optical absorption edge and photovoltaic response are shifted toward the short wavelength region, resulting in increase of photooxidation efficiency. The photocatalytic conversion and the mineralization ratio of acetaldehyde are increased respectively by 30% and 40% over the TiO2 prepared by MW radiation when compared to the TiO2 prepared by the conventional heating. For the MW-assisted photocatalytic reaction over the MW-prepared TiO2, production of hydroxyl radicals is enhanced by 22.5%, and the photocatalytic conversion is accordingly increased by 20%. Similarlly, applying MW also increased the photocatalytic conversion and the mineralization ratio of acetaldehyde over TiO2/Al2O3 sample.

论文得到如下主要结果和结论：(1)微波介电加热TiO_2 溶胶可得到晶粒度小、光催化活性高、比表面积大和孔径分布窄而均一，且微孔发达的TiO_2光催化剂；在溶胶干燥处理过程中微波可使催化剂表面缺陷增加，进而导致光催化反应过程有更多的活性羟基自由基产生；(2)微波制备能显著增强TiO_2 样品的紫外光吸收率，并使其光吸收和光伏响应阈值发生蓝移，从而提高TiO_2的氧化还原能力；(3)与常规加热法所制TiO_2比较，微波法制备的TiO_2对乙醛的光催化降解转化率提高30%，CO_2生成率提高40%以上；(4)与未加微波辐射时相比，发现在光催化反应过程中施加微波，TiO_2 的羟基自由基生成速率提高了22.5%，相应CH_3CHO 光催化降解转化率提高了20%；对Al_2O_3/TiO_2催化剂，CH_3CHO 光催化降解转化率甚至提高了33%，同时CO_2 的生成率也都大幅度提高；(5)微波辐射可改变光催化降解乙醛的产物分布，推断施加微波时乙醛光催化降解按照羟基自由基引发的链式反应机理进行，微波&非热效应&起主要作用。

By the late 1970s, the PRC had made breakthrough in a number of SLBM-associated technologies, including the lightweight nuclear warhead (600~700kg) developed by 14 Nuclear Institute; the guidance system developed by 717 Shipbuilding Institute; the onboard computer was developed by 771 Space Institute; the solid-propellant rocket motor by 4th Space Academy, the SLBM launch system developed by 701 Shipbuilding Institute, the inertial/celestial/satellite guidance system developed by 707 Shipbuilding Institute.

在1970年，中国在许多SLBM相关技术上获得突破性进展，包括轻型核弹头（600~700公斤）由核工业第十四研究所发展，制导系统由中船重工717研究所发展；舰载计算机由航天771所发展；固体火箭发动机由第四空间研究院发展，发射系统由中船重工701研究所发展，惯性/天文/星形制导系统由中船重工707研究所发展。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。