查询词典 O.S.D.

Container Yard C/收货人 Consignee C/O 产地证 Certificate of Origin CAF 货币汇率附加费 Currency Adjustment Factor CFS 散货仓库 Container Freight Station CFS/CFS 散装交货 CHB 报关行 Customs House Broker CIF 成本,保险加海运费 COST,INSURANCE,FRIGHT CIP 运费、保险费付至目的地 Carriage and Insurance Paid To COMM 商品 Commodity CPT 运费付至目的地 Carriage Paid To CTNR 柜子 Container CY/CY 整柜交货 D/A 承兑交单 Document Against Acceptance D/O 到港通知 Delivery Order D/P 付款交单 Document Against Payment DAF 边境交货 Delivered At Frontier DDC 目的港码头费 Destination Delivery Charge DDP 完税后交货 Delivered Duty Paid DDU 未完税交货 Delivered Duty Unpaid DEQ 目的港码头交货 Delivered Ex Quay DES 目的港船上交货 Delivered Ex Ship Doc#文件号码 Document Number EPS 设备位置附加费 Equipment Position Surcharges Ex 工厂交货 Work/ExFactory F/F 货运代理 Freight Forwarder FAF 燃料附加费 Fuel AdjustmentFactor FAK 各种货品 Freight All Kind FAS 装运港船边交货 Free Alongside Ship FCA 货交承运人 Free Carrier FCL 整柜 Full Container Load Feeder Vessel/Lighter 驳船航次 FEU 40'柜型 Forty-Foot Equivalent Unit 40' FMC 联邦海事委员会 Federal Maritime Commission FOB 船上交货 Free On Board GRI 全面涨价 General RateIncrease H/C 代理费 Handling Charge HBL 子提单 House B/L I/S 内销售 Inside Sales IA 各别调价 Independent Action L/C 信用证 Letter of Credit Land Bridge 陆桥 LCL 拼柜 Less Than Container Load M/T 尺码吨 Measurement Ton MB/L 主提单 Master Bill Of Loading MLB 小陆桥,自一港到另一港口 Minni Land Bridge Mother Vessel 主线船 MTD 多式联运单据 Multimodal Transport Document N/F 通知人 Notify NVOCC 无船承运人 Non Vessel OperatingCommon Carrier O/F 海运费 Ocean Freight OBL 海运提单 OceanB/L OCP 货主自行安排运到内陆点 Overland Continental Point OP 操作 Operation ORC 本地收货费用 Origen Recevie Charges P.

一般都规定租船人负担，即船方不负担装卸，理舱和平舱费条件（FREE IN AND OUT，STOWED，TRIMMED--F.I.O.S.T。）。

2 Presser Foot, Types A, B, C, D, DO, E, O, OO, OOO, and OOO-S, with an orifice (to allow for the protrusion of the indentor) having a diameter as specified in Fig.

A型，B型，C型，D型，DO型，E型，O型，OO型，OOO型，OOO-S型的压足和配合孔的尺寸见FIG.1（a，b，c，d，e，f和g）的规定，压足中心与测量试样任意边缘最小距离为6.0mm（0.24in），当压足设计成圆形平面时，它的的面积不应小于500mm2 19.7in2

D its lonely hours and dreary, When we Close the aching sight, Musing sadly, lorn and weary, Trusting that tomorrow's light May reveal a day more cheery; Amid affliction's darker hour, When no hope beguiles our sadness, When Death's hurtling tempests lower, And forever shroud our gladness, While Grief's unrelenting power Goads our stricken hearts to madness; When from friends beloved we're parted, And from scenes our spirits love, And are driven, broken-hearted, O'er a heartless world to rove; When the woes by which we've smarted, Vainly seek to melt or move; When we trust and are deluded, When we love and are denied, When the schemes o'er which we brooded Burst like mist on mountain's side, And, from every hope excluded, We in dark despair abide; Then, and ever, God sustains us, He whose eye no slumber knows, Who controls each throb that pains us, And in mercy sends our woes, And by love severe constrains us To avoid eternal throes.

小时的孤独和凄凉，当我们关闭疼痛视觉，沉思可悲的是，洛恩和厌倦，相信明天的光线可能揭示出一个更愉快的一天；一片痛苦的黑暗时刻，当我们不希望翻滚的波涛上面悲伤，当死亡的飞驰暴风雨低，我们永远裹尸布高兴，虽然悲伤的不懈动力Goads我们灾区的心以疯狂；当从我们可爱的朋友分手，从场面我们的精神的爱，并驱动，伤心，O'er是无情世界的罗夫，当其中我们元气疾苦，妄想寻求融化或移动，当我们的信任和迷惑，当我们爱和被剥夺，当计划o'er 像我们反复思量山区一边薄雾破灭，从每一个希望排除，我们在黑暗的绝望遵守，那么，和以往任何时候都维持我们的上帝，他的眼睛没有沉睡知道，谁控制每一个跳动的痛苦我们，在我们的困境发出慈悲，爱和严重制约我们避免永恒的阵痛。

Within the O(6) limit of s\|d IBM1,the effective three\|body potential between the interactions of d \|bosons is introduced with the consideration of octupole states ,which are produced by a f\| boson plus ( N-1) s\|d \|Then the analytic expressions of negative parity energy spectrum formula is obtained.

在s dIBM1的O(6 )极限下，引入d玻色子之间相互作用的等效三体势，考虑f玻色子产生的八极态，导出了负宇称态能谱解析表达式，并对过渡区118，12 0 Xe和12 4 ，12 6，12 8，13 0 Ba 6个偶偶核的负宇称带进行了能谱计算，得到了与实验能谱符合很好的结果，然后用Staggering指数定量分析了负宇称态能谱中的Staggering现

And the results indicate that the principal stress directions in study area are mainly NE-SW, and the second substage tectonic twist made the direction deflect from North to East, but the primary direction changed little; tectonic activities during the O〓～S～D stage is some violent, most of the area are under high stresses status, and rock fracture degree is correspondingly higher, as coinciding with the drill cores observation, i.

通过数值分析，模拟了塔中Ⅰ号断裂带和塔中45井三维模拟区O〓灰岩的构造应力场和应变场，结果表明：研究区主应力方向为北东～南西向，第二期的构造扭动使其由北向东发生了一定的偏转，但总的方位变化不大；O〓～S～D时期，塔中地区构造运动较强，研究区大部分处于高应力状态，岩石破裂程度较高，而岩芯观察结果也证实了这一结果，即O〓灰岩地层中早期形成的构造结构面比较发育，单个结构面的规模也较大；C～P时期，岩石的破坏程度较早期有所提高，主要表现在两个方面，一是各局部区岩石的破坏程度普遍有所提高；二是各个级别破裂区的分布范围相应地扩大了；研究区应力分布表现出明显的不均匀性，特别是剪应力，无论是O〓～S～D时期，还是C～P时期，都有很大的差异性，特别是在小断层的端部，剪应力比较集中，而且在断层的两盘，剪应力方向和大小都变化极快。

C ', J5 D; y$ O; V1 D- c8 J A touring group of retired government employees learns about the brash new sights of Dalian, a city on the rise in China's Northeast.

'9 U* J1 _， J1 j9 D% K 一个退休干部旅行团正在听导游介绍中国东北窜升中的城市——大连急速发展的新市景。

In combination of oxygen nonstoichiometry data determined using the iodometric titration, the oxygen chemical diffusion coefficient D〓 for YBa〓Cu〓O〓 is calculated. D〓 takes a value of 7. 8×10〓 at 650℃ and 2. 0×l0〓cm〓s〓 at 800℃, and the associated apparent activation energy is 51±0.9 kJ·mol〓.

根据Fick第一定律，结合氧渗透率数据及氧非化学计量数据，可计算出YBa〓Cu〓O〓的氧化学扩散系数D〓在650～800℃，D〓为7.8×10〓～2.0×10〓cm〓，D〓的表观活化能为51±〓0.9 kJ·mol〓。

Directed under plate tectonics theories, author applied the relationship between orogenyy belt and basin, analyzation of proto-type basin restoration of Paleo-structures etc to systematically draw the Paleo-structural maps and Paleo-sedimental photographical maps on Z, O, S, D, C, P, T, J, K, E, N〓j, N1〓k, N〓k etc in Tarim basin.

以板块构造理论为指导，运用造山带与盆地、原型盆地分析、古构造分析等分析方法，系统编制了Z、O、S、D、C、P、T、J、K、E、N〓j、N〓K，N〓K等盆地及周缘古构造岩相图，全面系统地研究和恢复了塔里木大型叠合复合盆地构造演化历史，并将塔里木盆地构造演化史划分为7个构造演化阶段。

Synthesis of 6－S－I(substituted triazolyl of tetrazolyl)－1,2:3, 4－di-O-isopropylidene-α-D-galactopyanoses

6－S－－1，2：3，4－二－O－异亚丙基－α-D吡喃型半乳糖的合成研究

By the nucleophilic substitution reaction of 6-O-tosyl-l,2:3,4-di-O- isopropylidene-a-Z-galactopyranose (3) with some substituted 1, 2,4- triazole-3-thiols (4a ~ 4c) or 1, 2, 3,4-tetrazole-5-thiols (5a~5f), nine 6-S-(substituted triazolyl or tetrazolyl)-l,2 : 3,4-di-O- isopropylidene-a-D-galactopyranoses (6a ~ 6i) were prepared in high yields. Their structures and configurations were analyzed and established by elemental analysis, IR, NMR, MS spectra.

报道了6－O－对甲苯磺酰基－1，2：3，4－二－O－异亚丙基－α-D吡喃型半乳糖（3）与取代的3－巯基三唑或5－巯基四唑4a-4c或5a-5f的亲核取代反应，合成了9个6－S－－1，2：3，4－二－O－异亚丙基－α- D吡喃型半乳糖（6a-6i），通过元素分析，IR，NMR和MS确证了上述化合物的结构，并经分子模型计算进行了其构象分析。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。