»ù±¾ÊÍÒå:

ÖмäºÏ¼Æ

ÍøÂçÊÍÒå

1)total,intermediate,ÖмäºÏ¼Æ

2)intermediate statistics,Öмäͳ¼Æ

3)Intermediate Charging ICH,Öмä¼Æ·Ñ

4)tacking,ʱ¼äºÏ¼Æ

5)master alloys,ÖмäºÏ½ð

6)intermediate alloy,ÖмäºÏ½ð

Ó÷¨ºÍÀý¾ä

Rapidly Solidified Alª²Sr Master Alloys and Its Modifying Effect;

¿ìËÙÄý¹ÌAl-SrÖмäºÏ½ð¼°Æä±äÖÊЧ¹û

The paper introduces the master alloys ,the sorts and the producing methods of master alloys and alsoanalyses the research status and prospect of master alloys.

½éÉÜÁËÓÃÓÚÂÁºÏ½ðµÄÖмäºÏ½ð¼°Æä·ÖÀà ,ÖмäºÏ½ðµÄÉú²ú·½·¨ ;·ÖÎöÁËÖмäºÏ½ðµÄÑо¿ÏÖ×´¼°ÆäÇ°¾°¡£

Al-Ti-C master alloys have been prepared by thermal explosion mode of self-propagating high-temperature synthesis (SHS ) using Al,Ti and C powder.

±¾ÎIJÉÓÃ×ÔÂûÑÓ¸ßκϳÉÖеÄÈȱ¬·¨,ÒÔAl·Û¡¢Ti·Û¡¢C·ÛΪԭÁϺϳÉAl-Ti-CÖмäºÏ½ð¡£

The method of intermediate alloy-vacuum distil lation for preparing high-purity dysprosium metal has been studiedª± The influences of raw material purity and impurity removal by vacuum distillation were discussed.

²ÉÓÃÖмäºÏ½ð-Õæ¿ÕÕôÁó¹¤ÒÕÖƱ¸Á˸ߴ¿½ðÊôïá,¿¼²ìÁËÔ­¸¨²ÄÁÏ´¿¶È¶Ô¸ß´¿ïáÖÐÖ÷Òª·ÇÏ¡ÍÁÔÓÖʺ¬Á¿µÄÓ°Ïì,ÌÖÂÛÁËÕæ¿ÕÕôÁ󷨶ÔÔÓÖʵÄÈ¥³ýЧ¹û,ÖƵõĸߴ¿ïáÖÐÖ÷Òª·ÇÏ¡ÍÁ½ðÊôÔÓÖÊ×ܺÍΪ70¡£

This paper discusses intermediate alloy to minishment of crystal grain and the present condition of aluminium alloy On basis of analysis theory of minishment,new AlTiBRe intermediate alloy is studied for the first step The result shows that AlTiBRe intermediate alloy is the first kind efficiently long-last additive,its result is better than importing A15Ti

±¾ÎÄÌÖÂÛÁËÓÃÓÚÂÁºÏ½ð¾§Á£Ï¸»¯µÄÖмäºÏ½ðÑо¿ÓëÓ¦ÓÃÏÖ×´ ,ÔÚ·ÖÎöϸ»¯»úÀíµÄ»ù´¡É϶ÔÐÂÐÍϸ»¯¼ÁAlTiB ReÖмäºÏ½ð½øÐÐÁ˳õ²½Ì½ÌÖ ,½á¹û±íÃ÷ ,¸ÃÖмäºÏ½ðÊÇÒ»ÖÖ¸ßЧ³¤¾ÃµÄ¾§Á£Ï¸»¯¼Á ,ÆäЧ¹ûÓÅÓÚ½ø¿ÚµÄAl5TiBϸ»¯

The results show that it is applicable to adopt the process flowsheet of HF gas fluoridization-preparation of intermediate alloy-vacuum distillation-low temperature-high temperature vaccum distillation for commercial production of high-purity Dy.

±íÃ÷ :²ÉÓ÷ú»¯Çâ·ú»¯-ÖƱ¸ÖмäºÏ½ð -µÍÎÂÕôÁó -¸ßÎÂÕôÁóµÄ¹¤ÒÕÁ÷³Ì ,Êǹ¤ÒµÉú²ú¸ß´¿½ðÊôïá½ÏΪÊÊÒ˵ķ½

Effect of Mg-Al_4C_3 Master Alloy on the Grain Refinement of AZ31B Magnesium Alloy

Mg-Al_4C_3ÖмäºÏ½ð¶ÔAZ31BþºÏ½ð×éÖ¯µÄϸ»¯

Modification Research of Al-10Ce Master Alloy on ZL102 Alloy

Al-10CeÖмäºÏ½ð¶ÔZL102ºÏ½ðµÄ±äÖÊÑо¿

The Effect of Compound Intermediate Alloy on the Mechanical Properties of Aluminum Alloy

¸´ºÏÖмäºÏ½ð¶ÔÂÁºÏ½ð»úеÐÔÄܵÄÓ°Ïì

Refinement effect and mechanism of Mg-Al_4C_3 master alloy in AZ91D Mg alloy

Mg-Al_4C_3ÖмäºÏ½ðÔÚAZ91DþºÏ½ðÖеÄϸ»¯Ð§¹û¼°»úÀí

The Formation of Al-Ti-C Composites Via Combustion Synthesis;

Al-Ti-CÖмäºÏ½ðµÄȼÉպϳÉ

The Preparation of Al-Base Master Alloy and Its Strengthening ZL109;

ÂÁ»ùÖмäºÏ½ðµÄÖƱ¸¼°Æä¶ÔZL109ºÏ½ðµÄÇ¿»¯

Study on Grain Refinement of Mg-Al Castings by Al3Ti3B Master Alloy;

Al3Ti3BÖмäºÏ½ð¶ÔMg-AlϵºÏ½ðµÄ¾§Á£Ï¸»¯Ñо¿

Study on the Fabrication of Al-P Master Alloys by Powder Metallurgy;

Al-PϵÖмäºÏ½ð·ÛÄ©Ò±½ðºÏ³É¹¤ÒÕÑо¿

Grain Refinement Behavior of Al-10%Mg Master Alloy on Al-5%Fe Alloy

Al-10%MgÖмäºÏ½ðϸ»¯Al-5%FeºÏ½ðµÄÑо¿

Effects of Mg-Al_4Ce_3 Master Alloy and Ce on Microstructural Refinement of AZ31B Magnesium Alloy

CeºÍMg-Al_4C_3ÖмäºÏ½ðϸ»¯AZ31BþºÏ½ðµÄ×éÖ¯

Effects of Master Alloys Prepared by Different Ways on Microstructure of A356 Alloys

²»Í¬×´Ì¬ÖмäºÏ½ð¶ÔA356ºÏ½ð×éÖ¯µÄÓ°Ïì

The modified research of Al-10Ce master alloy on the ZL102 eutectic Al-Si alloy

Al-10CeÖмäºÏ½ð¶ÔZL102¹²¾§Al-SiºÏ½ðµÄ±äÖÊÑо¿

Modification Effect of Al-Ce-P Master Alloy on ZL102Al-Si Alloy

Al-Ce-PÖмäºÏ½ð¶ÔZL102ÂÁ¹èºÏ½ðµÄ±äÖÊÑо¿

Effect of Al-Sb-Mg Master Alloy on Microstructure of A356 Alloy

Al-Sb-MgÖмäºÏ½ð¶ÔA356ºÏ½ðÏÔ΢×éÖ¯µÄÓ°Ïì

Grain Refining of Wrought Alloy and Casting Alloy Prepared with ELTA by AlB Master Alloy;

AlBÖмäºÏ½ð¶Ôµç½âµÍîÑÂÁÖƱ¸µÄ±äÐκϽð¼°ÖýÔìºÏ½ðµÄ×é֯ϸ»¯

The Determination Principle and Method of Strontium in Magnesium-strontium Master Alloy;

þïÈÖмäºÏ½ðÖÐSrµÄ¼ì²âÀíÂÛÓë·½·¨

Something called a 'hardener alloy'is made.

ÖƳöÒ»ÖÖ½Ð×ö¡°ÖмäºÏ½ð¡±µÄ¶«Î÷¡£

Preparation and Characterization of Quasicrystal Containing Mg-Zn-Y System Master Alloy;

Mg-Zn-Yϵ׼¾§ÖмäºÏ½ðµÄÖƱ¸Óë±íÕ÷