Nanotechnology

語出Wikimedia Commons
跳至導覽 跳至搜尋
nanotecnología; Örtækni; Nanoteknologi; نانو تکنالوژي; Нанотехнология; نینوٹیکنالوجی; قزمہ طرزیات; Nanôteknôlôjia; Nanotechnológia; Нанотехнології; Nanotehnologiýa; Nanoteknologio; Nanotechnologie; Nanotexnologiya; Нанотехнология; nanoteknologio; nanotechnologie; Nanotechnologie; nanotecnolochía; ন্যানোপ্রযুক্তি; nanotechnologie; Nanotèknologi; Nanotehnologija; Nanoteknoloji; נאנאטעכנאלאגיע; अतिसूक्ष्मतंत्रज्ञान; नेनोटेक्नोलोजी; Công nghệ nano; νανοτεχνολογία; nanotehnoloģija; nanoteknolohia; нанотехнологија; Nanotechnology; 나노 기술; nanotecnologia; nanoteknologia; Нанотехнологи; nanoteknologi; nanoteknologi; Nanotexnologiya; Nanotehnologie; Nanotehnologija; ನ್ಯಾನೋತಂತ್ರಜ್ಞಾನ; nanoteknologia; nanotechnology; تقنية النانو; Nanoteknologiezh; නැනෝතාක්‍ෂණය; နာနိုတက္ကနော်လော်ဂျီ; 納米科技; Нанотехнология; નાનોટેક્નોલોજી; Nanuoteknuoluogėjė; Nanoteknologia; Nanotegnologie; nanoteunoloxía; nanotecnologia; Нанотехнология; Nanotechnologie; nanotechnologia; Нанатэхналогія; فناوری نانو; 纳米技术; Nanoteknolojî; ნანოტექნოლოგია; ナノテクノロジー; Nanoteknologi; nanoteknologi; Նանոտեխնոլոգիա; ਨੈਨੋਤਕਨੀਕ; ננוטכנולוגיה; нанотехнология; Nànutècnùlugìa; नैनोतकनीकी; 纳米技术; nanoteknologiija; نانو تېخنىكىسى; Nanotechnologie; nanoteknologia; நானோ தொழில்நுட்பம்; nanotecnologia; нанотехнология; Nanotechnoleg; Nanoteknolociye; Нанатэхналёгіі; นาโนเทคโนโลยี; Нанотехнологија; Nanoteknologjia; nanotechnológia; Nanotéhnologi; nanoteknik; nanotecnologia; nanotehnoloogia; Nanaitheicneolaíocht; Nanoteknoloji; Nanotechnologija; Nanotehnologija; Nanoteknolohiya; సూక్ష్మ సాంకేతిక పరిజ్ఞానం/నానోటెక్నాలజీ; Nanotechnologia; Nanoteknolohiya; Teknolojia ya nano; നാനോസാങ്കേതികവിദ്യ; nanotechnologie; Nano ki-su̍t; 納米科技; Tiknolajiga nano; Nanotecnologia; Nanotecnoloxía; Nanotehnologija; Nanotecnołogia; تەکنۆلۆژیای نانۆ; campo della scienza applicata il cui tema è il controllo della materia su scala atomica e (sopra)molecolare; étude et procédés de fabrication de dispositifs à l'échelle du nanomètre; область фундаментальной и прикладной науки и техники, имеющая дело с совокупностью теоретического обоснования, практических методов исследования, анализа и синтеза; ғәмәли фән һәм техниканың алдынғы өлкәһе; Bereich der angewandten Wissenschaft, dessen Thema die Kontrolle der Materie auf atomarer und (supra) molekularer Ebene ist; Sử dụng vật chất ở quy mô nguyên tử, phân tử và siêu phân tử cho các mục đích công nghiệp; یک میلیاردم مواد; panangiturong ti banag iti atomiko ken molekular a gantingan; Maddenin atomik kontrolü; Ciência que estuda materiais a nível nanométrico; Ciência que estuda materias a nível nanométrico; טכנולוגיה ומחקר בתחום גודל זעיר; gebied van toegepaste wetenschap met thema: controle van materie op atomaire en (super)moleculaire schaal; campo das ciencias aplicadas dedicado ao control e manipulación da materia a unha escala menor que un micrómetro; control de la materia en una escala atómica, molecular y supramolecular; 究原子、粒子之尺度者,當世亦稱納米科技; tekniikka, jolla valmistetaan nanometrin mittakaavassa rakenteita; field of applied science whose theme is the control of matter on atomic and (supra)molecular scale; تقنية متناهية الصغر، وهو علم تطبيقي يهتم بدراسة معالجة المادة على المقياس الذري والجزيئي; nanoszerkezetek előállítására irányuló szakterület; அணு, மூலக்கூறு, மீமூலக்கூறு அளவில் பொருள்களைக் கையாளும் தொழிற்கலை ஆகும்.; nanotecnologia; нанотехнология; Nanochemie; Nanotechnik; Nanophysik; nanotekniikka; nanotiede; nanotech; nanotechnology engineering; ナノ技術; நானோ அறிவியல்; நானோதொழிற்நுட்ப பொறியியல்
納米科技 
究原子、粒子之尺度者,當世亦稱納米科技
Fullerene Nanogears - GPN-2000-001535.jpg
上傳媒體
性質
上級分類
相異物
權威控制
維基數據 Q11468
整合權威檔案識別碼: 4327470-5
美國國會圖書館權威識別碼: sh91001490
法國國家圖書館識別碼: 12304410b
日本國立國會圖書館識別碼: 00907854
BNCF: 14370
捷克國家圖書館識別碼: ph123164
西班牙國家圖書館識別碼: XX548159
BabelNet編號: 00056803n
以色列國家圖書館識別碼: 987007551471305171
在维基数据编辑信息框数据

Part 1: Introduction[]

Nanotechnology is the modern technology of micro subsctances.The branch of technology that deals with dimensions and tolerances of less than 100 nanometres, especially the manipulation of individual atoms and molecules .The pdf below will you give brief explanation about Nanotechnology.

PDF files[]

Nanotechnology.pdf

Part 2: Seeing 'Nano'[]

These are the instruments that nanotechnologists use to 'see' very small objects that present themselves on the nanoscale (a billionth of a meter).

Optical Microscopy[]

Electron Microscopy[]

General

SEM[]

ESEM[]

TEM[]

Scanning probe microsocpy[]

Atomic Force Microscopy (AFM)[]

These figures for some odd reason wont show in the gallery display mode...

The AFM cantilever and the forces on it and the sample
AFM cantilever detectors and angles

Scanning Tunneling Microscopy[]

Part 3: Physics on the Nanoscale[]

How do things move, and what are the important forces on the nanoscale? It is very important to know these forces, and to take them seriously. This is because as you get smaller and smaller, the forces you think are weak - or don't even notice - take much greater effect.

Part 4: Nanomaterials[]

The typical nanostructures and their functionality.

Overviews[]

Nanotubes and wires[]

The basis for a huge amount of nanotechnology, these nanowire and tubes come in several types such as Singlewall carbon nanotubes (can be metallic or semiconducting), multiwall nanotubes as well as various bamboo-structures or nanofibers/whiskers/coils.

Buckminsterfullerenes (Buckyballs)[]

Buckminsterfullerenes, affectionately known as 'buckyballs'.

Quantumdots and Nanoparticles[]

These are nanoscale particles of various materials.

Colloids[]

Nanoparticles in dispersion. A nanoparticle dispersion is also called a sol.

Fluorescing Quantum Dots[]

These begin to have many uses in biological tag systems (among others). This is because quantum dots can have very stable fluoresence unlike fluorescing molecules that are prone to bleaching and influenced by the environment. The fluorescent color can be tune by the particle size.

Part 5: Nanosystems[]

Fundamental electronic, optical, mechanical, and fluidic systems that can be made with nanostructures.

Part 6: Nanoengineering[]

How to make nanostructures integrated into useful devices.

Electron beam deposition[]

Part 7: Nano Bio-Primer[]

An important part of nanotechnology is to interface with living organisms.

Part 8 Safety[]