1.The enterprise FLYTEX KOCH SAUER GMBH CO BUOYANCY MEMBRANES KG is well-known and engaged not only in Rimsting, but also in the specialized industries of its sphere of activity , with boxes, Airships, Assembly details and at the same time with Ballonet, Balloon and Standard programme a competent partner.
FLYTEX KOCH SAUER GMBH CO BUOYANCY MEMBRANES KG是一家现代化的、可靠的专门产品供应商，这家供应商从事系留气球,球形玻璃瓶、气球,副气囊,装配细节,充气光电管,外罩、外壳,飞船、飞艇,薄膜、膜片,程序、节目,船舶、船,切削刃、刀刃,铅垂、探针,特殊成型,标准程序的制造、销售。
2.An aircraft, especially a balloon or dirigible, deriving its lift from the buoyancy of surrounding air rather than from aerodynamic motion.
浮空器从周围空气的浮力而不是从空气动力获得提升力的航空器，特指气球或飞船
3.ship buoyancy
船舶浮性
4.The upward force of a liquid is called buoyancy, which can keep some objects up.
液体向上的力称为浮力，它能使某些物体不沉下去。
5.the book of “Study on Buoy”expounds the content of Archimedes Buoyancy Law.
《论浮体》中阐明了阿基米德浮力定律的内容。
6.The hydrodynamic coefficient used in the calculation of Froude-Krylov force, diffraction force and radiation force changes instantaneously following the draft, and the hydrostatic buoyancy is computed very accurately for the instantaneous immerse hull. At last ,the ship motion equations are performed numerically with the fourth-order Runge-Kutta scheme in time domain,and sea loads are computed at the same time.
Froude-Krylov力、辐射力、绕射力中的水动力系数随吃水瞬时变化，静浮力的计算精确到船体瞬时湿表面积，最后用四阶龙格—库塔方法在时域内求解船舶运动方程，并进行了载荷计算。
7.Until now I realize that, why the discoverer of buoyancy, Archimedes forgot wearing clothes and took to the street to shout, to declare his discovery to the world!
我现在才知道，浮力的发现者阿基里米德为什么会忘了穿衣服就上街大叫大喊，向全世界宣告他的发现！
8.The state or quality of being light; buoyancy.
轻重量轻的状态或性质；浮力
9.It appears that by this teaching module, in terms of constructivism, learners can get easier conceptual change when learning to the concepts of buoyancy.
研究结果显示，透过建构式教学模组之设计有助于学习者对于浮力单元学习之概念改变。
10.then the migration was mainly driven by buoyancy in adjusting periods of reservoir after Neocene, it is difficult to form high continuous oil column, because of the reservoir bed being over tight.
提出了古近纪前、后的“跷跷板”式成藏模式,即明水期—古近纪油气主要由源区向西南方向运移,而新近纪后的油气运移主要靠浮力驱动,但因储层已致密化,难以形成较高的连续油柱,油、水的分异程度低。
