| 释义 |
Definition of nitinol in English: nitinolnoun ˈnɪtɪnɒl-ôl mass nounAn alloy of nickel and titanium. Example sentencesExamples - The range of metals available to medical device manufacturers includes various grades of stainless steel, titanium, nitinol, cobalt-chromium alloys, and tantalum, among others.
- They are made from high-grade stainless steel, tantalum, nitinol, or cobalt/platinum.
- This cross section of an LCX wire from Scilogy Corp. shows the benefits of plating nitinol and stainless-steel wires.
- Programming shape-memory properties into nitinol is a delicate process.
- Chemical machining can be used to shape stainless steel, titanium, nitinol, and other metals into a variety of components, including mesh, stents, springs, and lead frames.
- The technology is used to etch small-diameter wire or tubing composed of tungsten-rhenium, nitinol, titanium, stainless steel, and numerous other metals common to the medical manufacturing industry.
- The tiny stents get their so-called ‘shape memory’ from an unusual alloy called nitinol, which exhibits one shape when cool, but forms another when heated.
- The most widely employed shape-memory alloy - a blend of nickel and titanium commonly known as nitinol - is used in robots, satellites, and even coffee pots.
- Another Choice is nitinol, which offers shape-memory characteristics that are becoming popular among medical designers.
- The structure is conveniently configured as a vascular stent with a base material of stainless steel, nitinol or another suitable material.
- Morphing fasteners are produced with alloys like nitinol, a shape-memory material, to place or withdraw the catch portion of the locking mechanism.
- The most common types of tubing that can be cut are stainless steel and nitinol, however the system can be used to cut many other types of metallic tubing.
- Examples of the former include many of the stainless steels: nitinol typifies the latter.
- The most commonly used metal stents are made from nitinol.
- The shape-memory properties of nitinol make it ideal for this application.
- Following studies of biomedical applications of nitinol, researchers at the University of Florida recently began to explore the potential use of the alloy in the construction of prosthetic limbs.
- Later, Dotter made stents of nitinol, a so-called ‘memory metal’, which had the ability to take up a new shape on heating.
Origin 1960s: from the chemical symbols Ni and Ti + the initial letters of Naval Ordnance Laboratory (in Maryland, US). Definition of nitinol in US English: nitinolnoun-ôl An alloy of nickel and titanium. Example sentencesExamples - The technology is used to etch small-diameter wire or tubing composed of tungsten-rhenium, nitinol, titanium, stainless steel, and numerous other metals common to the medical manufacturing industry.
- Later, Dotter made stents of nitinol, a so-called ‘memory metal’, which had the ability to take up a new shape on heating.
- This cross section of an LCX wire from Scilogy Corp. shows the benefits of plating nitinol and stainless-steel wires.
- Morphing fasteners are produced with alloys like nitinol, a shape-memory material, to place or withdraw the catch portion of the locking mechanism.
- The most commonly used metal stents are made from nitinol.
- The most widely employed shape-memory alloy - a blend of nickel and titanium commonly known as nitinol - is used in robots, satellites, and even coffee pots.
- Another Choice is nitinol, which offers shape-memory characteristics that are becoming popular among medical designers.
- Following studies of biomedical applications of nitinol, researchers at the University of Florida recently began to explore the potential use of the alloy in the construction of prosthetic limbs.
- Chemical machining can be used to shape stainless steel, titanium, nitinol, and other metals into a variety of components, including mesh, stents, springs, and lead frames.
- The most common types of tubing that can be cut are stainless steel and nitinol, however the system can be used to cut many other types of metallic tubing.
- The tiny stents get their so-called ‘shape memory’ from an unusual alloy called nitinol, which exhibits one shape when cool, but forms another when heated.
- They are made from high-grade stainless steel, tantalum, nitinol, or cobalt/platinum.
- The shape-memory properties of nitinol make it ideal for this application.
- Examples of the former include many of the stainless steels: nitinol typifies the latter.
- The range of metals available to medical device manufacturers includes various grades of stainless steel, titanium, nitinol, cobalt-chromium alloys, and tantalum, among others.
- The structure is conveniently configured as a vascular stent with a base material of stainless steel, nitinol or another suitable material.
- Programming shape-memory properties into nitinol is a delicate process.
Origin 1960s: from the chemical symbols Ni and Ti + the initial letters of Naval Ordnance Laboratory (in Maryland, US). |