＂can handle＂

Investigation of Energy and Exergy Loss of Flow and Convective Heat Transfer in a Pipe for Working Pair of Refrigerant/Absorbent;

制冷劑/吸收劑在管內流動及換熱過程能耗與火用損研究

Integrating with traits of three-link energy analysis model and three-box energy usage method, a new energy usage evaluation analysis method, three-link and three-box combinative analysis method, was established, which combined the merits of three-link and three-box models.

結合“三環節”和“三箱”用能分析方法的特點,建立了一種新的用能分析方法,即“三環節”-“三箱”組合分析法。

This paper measures the critical energy of detonation of hydrocarbon fuel(butane,naphtha,pentene,hexene,JC5) and air mixtures using Bruceton (or up anddown) method in the rectangular shock tube.

該文在矩形激波管內采用布魯塞頓法（或稱升降法）測定了丁烷、石腦油、戊烯、己烯、ＪＣ５等碳氫（化合物）燃料與空氣混合物形成爆轟時所需的臨界起爆能，并根據所測定的臨界起爆能的大小，分析比較了這幾種碳氫燃料的相對爆轟敏感度及相應的安全性能，最后討論了分子量，分子中鍵的飽和度和分子結構等因素對碳氫燃料臨界起爆能及相應的安全性能的影響。

The Distinguishes between "Gan" and "Neng" in Chinese Ancient Literature;

淺議古文獻中的“敢”字可以訓“能”

The compression deforming activity and energy absorption ability of aluminum foam with silicone rubber and rubber cylinder sandwich with silicone rubber were studied.

研究表明:在泡沫鋁中充填硅橡膠后,泡沫鋁的平臺區比原來增高、增長,其吸能性能也得到提高;由于泡沫鋁的充填,鋼管的變形方式發生改變,由不對稱屈曲轉變為軸對稱屈曲;充填硅橡膠的泡沫鋁層合金屬管具有比原來更高的屈曲褶皺載荷,且屈曲褶皺的產生滯后,其吸能性能也得到提高,硅橡膠充填對層合鋼管的影響比對層合鋁管的影響更明顯。

Compression deforming activity and energy absorption ability of aluminum foam with silicone rubber and aluminum foam with silicone rubber cylinder sandwich under pressing was studied.

在此基礎上，研究了硅橡膠的充填對泡沫鋁及泡沫鋁層合管吸能性能的影響；面板厚度對泡沫鋁層合梁抗彎性能的影響。

The characteristics of cellular aluminum specimen under compression were investigated, and the effects of porosity and pore-diameter on energy absorption of cellular aluminum were revealed.

研究了胞狀鋁的壓縮形變特征以及孔隙率、孔徑對吸能性能的影響 ;提出了不同孔隙率和孔徑的胞狀鋁吸能性能的綜合判別方法 。

Spherical pores Al foam is a cellular metal material of high plastic performance,so energy absorption capability of it is bigger than that of spherical pores Al alloy foam.

在獲得球形孔泡沫純鋁壓縮應力-應變曲線基礎上,研究了泡沫純鋁的壓縮屈服強度、吸能能力。

The relationships between strain rate and Poisson[BF] [BFQ]s ratio, strain rate and energy absorption capability are also analyzed.

3s范圍內進行動態單軸直接拉伸試驗,系統、全面研究了混凝土在不同應變速率影響下的強度、變形特性以及耗能性能;對強度、峰值應力處應變、彈性模量分別給出了反映應變速率影響的經驗公式;分析了泊松比、吸能能力與應變速率的關系;并對不同速率下混凝土的拉伸應力-應變全曲線進行了探索,提出了由一組方程結合混凝土靜態參數即可描述不同應變速率下混凝土應力-應變全過程特性的方法。