记忆金属

它的脚腿是记忆金属制的，脚套是树脂板材做的，而且质量特别好。

Its temple is made of memory metal , the end cover is made of the board of resin , and the quality is very nice .

14例术后放置两条F6双J支架管，2例放置记忆金属网状支架。结论：对UPJ闭锁的患者，采用顺行和逆行输尿管硬镜联合会师治疗安全，创伤少，疗效满意；

Two 6 F double-J stent were placed postoperatively in 14 , metal stent was placed in 2 . Conclusions : Ureteropelvic junction atresia result from nephrolithotomy for complex renal stones can be successfully treated with rigid ureteroscope using a combined antegrade and retrograde approach .

记忆金属支架在泌尿道疾病患儿中的应用

Application of memory metallic stents to urinary tract disorders in pediatric patients

其它建筑物则由被称为“记忆金属”的高科技材料建造而成。

Other structures will be made from high tech materials called memory metals .

目的：探讨记忆金属支撑管置入治疗食管贲门狭窄性疾病的置入方法及疗效观察。

Objective : To introduce a new method for the treatment stenotic disease of esophagus and cardia .

食管记忆金属支架置入食管狭窄及食管、吻合口瘘60例

Esophagus memory Ni-Ti alloy stent for malignant stenosis , esophagus and anastomotic stoma fistula in 60 cases

经内镜置入记忆金属支架治疗食管癌性狭窄11例

Treatment of carcinomatous esophageal stenosis with implanted metal cradles through endoscopy : An analysis of 11 cases

目的探讨记忆金属网球植入治疗成人股骨头缺血性坏死的手术方法及初步疗效。

Objective To introduce a new method for the treatment of avascular necrosis of the femoral head .

结论对上尿路严重狭窄或闭锁者，采用腔内泌尿外科技术放置永久性记忆金属网状支架，为一种可替代开放手术的方法。

Conclusions Endoscopic placing of a per manent netlike shape-memory alloy stent might be a treatment of choice for the managment of upper urinary tract atresia instead of open surgery .

结论：镍钛记忆金属支架管治疗尿道下裂术后尿道狭窄，是简便易行，安全性高，创伤小，疗效肯定的治疗方法。

Conclusion : Ni-Ti shape memory alloy stent is convenient and feasible in treating postoperative urethral stricture of hypospadia , and it has higher safety , small wound and definite curative effect .

说它技术含量低，是因为，它实际上就是把一个高科技的带有记忆功能的金属网套在一个猪的心脏瓣膜上。

The low-tech bit is that it 's literally a pig 's heart valve mounted in the high-tech bit , which is a memory metal casing .

金属磁记忆检测对金属构件的早期失效和寿命评估具有重要意义。

The method of metal magnetic memory ( MMM ) testing is very effective for the early invalidation detection and the service life estimation of metal construction .