Siva is the destroy god in India culture whose body is full of bone ash.

Fine porcelain that contains bone ash.

含有的精致的瓷器。

Summary on the test of ceramic Bone ash cell

陶瓷骨灰匣试验总结

At last the weight of bone ash and calcium content were measured.

最后进行灰重及骨钙含量的测定。

Effects of bone ash on the technological properties of porcelain zirconium milky glaze

骨灰对卫生瓷锆乳浊釉工艺性能的影响及其乳浊机理研究

New bone ash porcelain casting material performance experiment

新骨灰瓷注浆性能实验

Primitive human being had created and developed drawing and sculpture on materials such as stone, pottery, bone ( tooth) implement and so on.

原始人类以石头、陶器、骨牙器等为物质依托，创造并发展了绘画和雕塑艺术。

Microwave-assisted Extraction of Eel Bone Oil

微波萃取鳗骨油的研究

On Qualitative Characters of Microcapsule of Bone Oil From Eels

鳗骨油微胶囊质量特性及固化时间对其的影响

Study On the Microencapsulation of Eel Bone Oil

鳗骨油微胶囊技术的研究

Microwave assisted extraction ( MAE) of eel bone oil was studied.

研究了鳗骨油的微波萃取条件，采取正交实验，探讨溶剂、水分以及微波辐照时间等因素对萃取效率的影响。

Preparation and Application of Bone Oil Fatliquor

骨油皮革加脂剂的制备与应用

Gavan McCarthy and James Bradley, University of Melbourne ( Australia): The Bond servant of two masters? Big history and balancing the needs of archivists and analysts.

墨尔本大学加文·麦卡锡、詹姆士·布拉德利，《两位主人的奴隶？&大历史与档案工作者和研究者需求之平衡》。

Bond servant: a person obligated to service without wages.

奴隶：被强迫提供服务而得不到报酬的人。

The first step is to model the close loop control system of wire bonding force.

两步走的策略被采用：第一步，建立键合力控制系统的闭环模型；

The result showed that sand ejection treatment could get proper bonding force.

结果显示，在一般情况下喷砂处理即可达到较高的粘结强度。

Many factors have important effects on the controlling performance of bonding force system.

所以，引线键合的质量和可靠性很大程度上取决于键合力控制的性能。很多因素都对键合力控性能有很大的影响。

The Optimization Design of Wire Bonding Force Control System

引线键合力控制系统的优化设计

The Mechanism Formed the Bonding Force between New and Old Concrete

新老混凝土界面粘结力形成机理

And the content of chromate and polyvinyl alcohol also affect the bonding force between the coating and matrix.

涂液中铬酐和聚乙烯醇的含量还影响涂层与基体之间的结合力，必须适当控制。

Because it does not exist strong bonding force between alumina nitrate and calcium carbonate, the preparation of alumina tube with alumina nitrate using nano-calcium carbonate as template is not feasible in experimental conditions.

实验结果表明：由于纳米碳酸钙和硝酸铝之间不存在较强的结合力，所以在本文的工艺和实验条件下，以纳米碳酸钙为模板制备氧化铝空心管的方法是不可行的。