1、INVESTIGATION OF Zr AS A SUBSTITUTE FOR Hf IN CAST Ni-BASE SUPERALLOYS
鑄造鎳基高溫合金中以Zr代Hf的研究

2、EFFECT OF IMPURITY Zr ON PHYSICAL PROPERTIES OF AMORPHOUS FeZrSiB ALLOYS
摻少量Zr對(duì)非晶態(tài)FeZrSiB合金性能的影響

3、CONTENTS OF Zr AND Hf AND THEIR INTERRELATION IN SOILS OF GUANGDONG
廣東土壤中鋯、鉿含量及其相互關(guān)系

4、Preparation of Ultra-fine Zr Powder by High Energy Ball Milling
高能球磨法制備吸氣材料用超細(xì)鋯粉

5、EFFECT OF Zr ON PRECIPITATION AND STRUCTURE PARAMETERS OF Al-Zn-Mg ALLOY
微量Zr對(duì)Al-Zn-Mg合金沉淀過(guò)程和顯微組織參數(shù)的影響

6、Effect of Zr on Compressive Creep Behavior of ZA27 Alloy
鋯對(duì)ZA27合金壓蠕變行為的影響

7、There are often some normal faults vacuum system of Zr vacuum distilling furnace in production.
鋯真空蒸餾爐的真空系統(tǒng)生產(chǎn)中經(jīng)常出現(xiàn)故障。

8、Determination of Al, Zr and Impurity Element in Titanium Ally by ICP-AES
ICP-AES法測(cè)定鈦合金中次要成分和雜質(zhì)元素

9、The separation technique between Zr and Hf was the key of the UV grade HfO2 production.
鋯鉿分離是制備紫外級(jí)氧化鉿的關(guān)鍵。

10、The influence of Zr on the creep DE formation and creep crack growth of Al wire was studied.
研究了鋯對(duì)鋁導(dǎo)線(xiàn)蠕變變形與蠕變裂紋擴(kuò)展的影響。

11、Effects of Zr Doping on Properties of ATO Nanometer Powder
摻雜Zr對(duì)ATO納米粉末性能的影響

12、STUDIES ON INTERFACIAL CRUD FORMATION BY Zr AND H_2MBP
鋯與H_2MBP生成萃取界面污物的行為研究

13、ZR and WAcontent m grain declined continuously the 7th DPA after.
籽粒中ZR、IPA含量花后7天后呈持續(xù)下降的趨勢(shì)。

14、The neutron energies were determined by activity ratios of Nb and Zr foils.
中子能量用鈮鋯活度比法測(cè)定。

15、Application of element Zr in aluminum alloys
鋯元素在鋁合金中的應(yīng)用

16、THE TRANSFER FACTORS OF I, Ba, Sr, Y AND Zr FROM SOIL TO LEAFY VEGETABLES
I、Ba、Sr、Y和Zr從土壤至蔬菜的轉(zhuǎn)移系數(shù)

17、Separation techniques and application of Zr and Hf
鋯鉿的分離技術(shù)及應(yīng)用

18、A Study of High Flux,Hith Dose Zr aud Zr+C IOn Implantation into H13 Steel
強(qiáng)束流Zr離子注入H13鋼改善其耐磨性研究

19、Effects of synergist on ZR content in rice plant under natural soil drought conditions.
圖2土壤自然干旱條件下增效劑對(duì)水稻植株玉米素核苷含量的影響Fig。

20、The concentration of and ZR corresponded with stipe growth rate in different development stage.
ZR的濃度決定著菌柄在不同發(fā)育時(shí)期的生長(zhǎng)率。

zr翻譯

【醫(yī)】 鋯(40號(hào)元素) 詳情