材料化学13级双语

刘志明 教授

目录

  • 1 第一章 绪论
    • 1.1 Historical Perspective
    • 1.2 Materials Science and Engineering
    • 1.3 Why  Study  Materials Chemistry?
    • 1.4 Materials and Its Components
    • 1.5 Classification of Materials
    • 1.6 Materials Science and Materials Chemistry
    • 1.7 Research Field of Materials Chemistry
    • 1.8 Development of materials
    • 1.9 Composition, Structure and Performance of Materials
    • 1.10 Performance of Materials
  • 2 第二章  固体相图化学
    • 2.1 Phase Changes of Solids, Liquids and Gases
    • 2.2 Differences between the Three States of Matter
    • 2.3 The Close Packed Solid
    • 2.4 Phase relations between individual solids
      • 2.4.1 Phase Diagram and Phase Chemistry
    • 2.5 One-component system单元系相图
    • 2.6 Binary system phase diagram 二元系相图—固溶体相图、合金相图
      • 2.6.1 Binary fully soluble phase diagram二元匀晶相图
      • 2.6.2 Eutectic Phase Diagram, Eutectoid Phase Diagram二元共晶、共析相图
      • 2.6.3 Peritectic Phase Diagram & Peritectoid Phase Diagram包晶和包析相图
      • 2.6.4 Stable Compound or Intermetallic Compound  形成稳定化合物或中间相的二元相图
      • 2.6.5 Basic Rules of  Binary System  二元相图的一些基本规律
    • 2.7 Ternary Phase Diagram 三元系相图
      • 2.7.1 三元相图的表示方法
      • 2.7.2 三元系平衡相的定量法则
      • 2.7.3 三元匀晶相图
      • 2.7.4 三元共晶相图
      • 2.7.5 Summary of ternary phase diagram
  • 3 第三章 固体结构测定
    • 3.1 Scientific determination of the structure of solids
    • 3.2 Bragg’s Equation
    • 3.3 Miller Indices
    • 3.4 Ewald and Reciprocal Lattice
    • 3.5 Energy Band Models
    • 3.6 Solid Structure Conventions and protocols
  • 4 Chapter 4 Defects in Solids
    • 4.1 Three kinds of Defects
      • 4.1.1 Types of point defects expected in a homogeneous
      • 4.1.2 The point defect in heterogeneous solids
      • 4.1.3 The line defect
      • 4.1.4 The Volume Defect
    • 4.2 Mathematic and equations of the points
      • 4.2.1 The Plane Net
    • 4.3 Non-stoichiometric solids
    • 4.4 Defect equation symbolism
    • 4.5 Some applications for defect chemistry
      • 4.5.1 Phosphors
      • 4.5.2 Defect equilibria and their energy
      • 4.5.3 Defect equilibria in various type of compounds
      • 4.5.4 Defect concentrations in MXs Compounds
  • 5 Mechanisms and Reactions in the Solid State
    • 5.1 Phase changes
    • 5.2 The role of phase boundaries in solid state reactions
    • 5.3 Reaction rate processes in solids
    • 5.4 Defining heterogeneous nucleation process
    • 5.5 Phase changes of solid state
    • 5.6 Fick’s Laws of Diffusion— Kinetics Equation of Diffusion
      • 5.6.1 Fick’s First Law
      • 5.6.2 Fick’s Second Law
      • 5.6.3 Driving force of Diffusion
    • 5.7 Diffusion Mechanism
      • 5.7.1 The Tarnishing Reaction
      • 5.7.2 Kirchendall Effect
      • 5.7.3 Types of diffusion reactions
    • 5.8 硅酸盐固相反应
      • 5.8.1 固相反应机理
      • 5.8.2 固相反应动力学
      • 5.8.3 影响固相反应的因素
    • 5.9 硅酸盐固相烧结
      • 5.9.1 烧结过程和机理
      • 5.9.2 烧结动力学
      • 5.9.3 影响固相烧结的因素
  • 6 Particles and Particle Technology
    • 6.1 Sequences in particle growth
    • 6.2 粒子径与粒度分布
      • 6.2.1 粒子径的表示方法
      • 6.2.2 粒度分布
      • 6.2.3 平均粒子径
      • 6.2.4 新建课程目录
    • 6.3 Particle size
    • 6.4 Measuring particle distributions
    • 6.5 Analysis of PD parameters
    • 6.6 Types of log normal particle distributions
    • 6.7 粒子形态
      • 6.7.1 形状指数
      • 6.7.2 形状系数
      • 6.7.3 粒子的比表面积
    • 6.8 粉体的密度与孔隙率
      • 6.8.1 粉体的密度
      • 6.8.2 粉体孔隙率
    • 6.9 Methods of measuring particle distributions
      • 6.9.1 Optical-The microscope-visual counting particles
  • 7 Growth of Crystals
    • 7.1 Methods of growth of crystals
    • 7.2 Furnace construction
      • 7.2.1 Elements of furnace design
    • 7.3 Steps in growing a single crystal
    • 7.4 Czochralski growth of single crystals
      • 7.4.1 Czochralski crystal growth parameters
      • 7.4.2 Operation of the Czohralski apparatus
      • 7.4.3 Defects produced in the growing crystal as a function of growth conditions
    • 7.5 The Bridge-Stockbarger Method for Crystal Growth
    • 7.6 Zone melting as a means for forming single crystals
    • 7.7 Zone refining
    • 7.8 The Vernuil method of crystal growth
  • 8 Plasma Chemistry
    • 8.1 等离子化学
      • 8.1.1 等离子体
      • 8.1.2 Plasma空间的各种现象—碰撞、激发、电离、复合、附着、离脱扩散和迁移
      • 8.1.3 低温等离子体的发生与放电特性
      • 8.1.4 等离子体化学的特征
      • 8.1.5 等离子体化学的应用—气—固相反应
      • 8.1.6 等离子体检测
    • 8.2 光化学
Historical Perspective

1.1 Historical Perspective  (历史前景)

¡Materials are probably more deep-seated inour culture than most of us realize.

  e.g.  transportation, housing,clothing, communication, recreation, and 

food production

¡Historically, the development and advancementof societies have been intimately tied to the members’ ability to produce andmanipulate materials to fill their needs. In fact, early civilizations havebeen designated by the level of their materials development (i.e., Stone Age,Bronze Age).

¡The development of many technologies that make our existence socomfortable has been intimately associated with the accessibility of suitablematerials. An advancement in theunderstanding of a material type is often the forerunner to the stepwiseprogression of a technology. For example, automobileswould not have been possible without the availability of inexpensive steel orsome other comparable substitute. In our contemporary era, sophisticatedelectronic devices rely on components that are made from what are called semiconducting  materials.

 Table 1.1 Timeline of Materials and TechnologicalDiscoveries                               

 

Timeline

 
 

Materials and  technological discoveries

 
 

>50,000 B.C.

 
 

Brushes are  developed to apply pigment to cave walls

 
 

30,000 B.C.

 
 

Clothing  materials are fabricated from animal skins

 
 

24,000 B.C.

 
 

Ceramic  materials are made from animal fat and bone, mixed with bone ash and clay

 
 

20,000 B.C.

 
 

Ivory and bone  are used to make sewing needles; A nonwoven fabric, later termed felt, is  made from compressedwool/hair

 
 

10,000 B.C.

 
 

Gourds, bones,  and clay are used to make ocarinas or vessel flutes

 
 

4,000 B.C.

 
 

Stones are  first used to construct roads in Ur (modern-day Iraq)

 
 

3,500 B.C.

 
 

Copper  metallurgy is invented and used to fabricate a variety of materials; The  first reported use of glass in Egypt and Mesopotamia

 
 

3,400 B.C.

 
 

Linen cloth  synthesized from flax is used to wrap mummies in Egypt

  
 

3,200 B.C.

 
 

Bronze is used  for weapons and armor

 
 

3,000 B.C.

 
 

Egyptians wear  clothing comprised of cotton fibers; The Egyptians construct the first  stringed musical instrument; Soap is first synthesized in Egypt using wood  ash and animal fat

 
 

2,600 B.C.

 
 

Silk fibers  are used for clothing in China

 
 

2,000 B.C.

 
 

Pewter  beginning to be used in China and Egypt; The first suspension bridges are  used in China and India

 
 

1,600 B.C.

 
 

The Hittites  develop iron metallurgy; Conceptual designs are invented for bathing suits,  fabricated/named bikini in 1946

 
 

1,300 B.C.

 
 

Invention of  steel when iron and charcoal are combined properly

 
 

1,000 B.C.

 
 

The abacus is  created by the Babylonians; Glass production begins in Greece and Syria

 
 

900s B.C.

 
 

Assyrians  develop pontoon rafts for armies to cross rivers

 
 

800s B.C.

 
 

Spoked wheels  are fabricated and used throughout Europe

 
 

700 B.C.

 
 

Italians  invent false teeth

 
 

105 B.C.

 
 

Paper is first  fabricated from bamboo fiber in ancient China

 
 

50 B.C.

 
 

Glassblowing  techniques are developed in Syria

                                                    
 

Birth of  Christ

 
 

590

 
 

Chinese scientists discover explosive mixtures  consisting of sulfur, charcoal, and saltpeter (potassium nitrate)

 
 

618

 
 

Paper money is  first put into use during the Tang dynasty of China (618–906)

 
 

700s

 
 

Porcelain is  invented in China

 
 

747

 
 

The first  reported air conditioning system comprised of water-powered fan wheels, by  Emperor Xuanzong of the Tang Dynasty

 
 

1156

 
 

First reported  synthesis of perfume by Henchum Seiken

 
 

1182

 
 

The magnetic  compass is developed and widely used in China

 
 

1249

 
 

Gunpowder is  designed/synthesized by Rodger Bacon

 
 

1280

 
 

The cannon is  invented in China

 
 

1286

 
 

Eyeglasses are  first used in Venice

 
 

1300

 
 

Chinese judges  wear smoke-colored quartz lenses to conceal their eyes in court

 
 

1400

 
 

The first use  of grenades in France, designed by an unknown inventor

 
 

1430

 
 

Vision-correcting  darkened eyeglasses introduced into China

 
 

1450

 
 

Crystallo, a  clear soda-based glass, is invented by Angelo Barovier

 
 

1570

 
 

The pinhole  camera is invented

 
 

1590

 
 

Glass lenses  are developed in Netherlands and used for the first time in microscopes and  telescopes

                                                         
 

1593

 
 

Galileo  invents a water thermometer

 
 

1608

 
 

The Dutch  scientist Hans Lippershey invents the telescope

 
 

1612

 
 

The Flintlock  firearm is developed in France

 
 

1621

 
 

John Napier  invents the slide rule

 
 

1643

 
 

Torricelli  makes the first barometer using mercury in a sealed glass tube

 
 

1651

 
 

The Dutch  scientist Anton van Leeuwenhoek develops a microscope

 
 

1668

 
 

Isaac Newton  invents a reflecting telescope

 
 

1709

 
 

Gabriel  Fahrenheit invents an alcohol thermometer (mercury thermometer developed in  1714)

 
 

1710

 
 

Bathroom bidet  is invented in France

 
 

1712

 
 

The steam  engine is first invented in England

 
 

1714

 
 

The first  patent for a typewriter is awarded in England to Henry Mill

 
 

1717

 
 

Swim fins  (flippers) are invented by Benjamin Franklin

 
 

1718

 
 

The machine  gun is developed in England

 
 

1738

 
 

William  Champion patents a process for the production of metallic zinc by  distillation from calamine and charcoal

                                                             
 

1749

 
 

The lightning  rod is invented by Benjamin Franklin

 
 

1752

 
 

Benjamin  Franklin invents the flexible catheter

 
 

1760s

 
 

Benjamin  Franklin invents bifocals

 
 

1770

 
 

First reported  use of porcelain false teeth in France

 
 

1774

 
 

The electric  telegraph is developed by Georges Louis Lesage

 
 

1776

 
 

The swivel  chair is invented by Thomas Jefferson

 
 

1779

 
 

Bry Higgins  issued a patent for hydraulic cement (stucco) for use as an exterior plaster

 
 

1782

 
 

Jacob Yoder  builds the first flatboat for freight/passenger transport

 
 

1787

 
 

The automatic  flour mill is invented by Oliver Evans

 
 

1789

 
 

Chlorine  bleach is developed by Claude Louis Berthollet in France

 
 

1793

 
 

The cotton gin  is invented by Eli Whitney

 
 

1800

 
 

Alessandro  Volta makes a Copper/Zinc acid battery

 
 

1801

 
 

Frederick  Graff Sr. invents the common post-type fire hydrant

 
 

1805

 
 

A  self-propelled amphibious vehicle is invented by Oliver Evans

 
 

1806

 
 

The coffee  percolator is invented by Benjamin Thompson Rumford

                                                                    
 

1808

 
 

The first  lobster trap is invented by Ebenezer Thorndike

 
 

1813

 
 

The circular  saw, invented by Tabitha Babbitt, is first used in a saw mill

 
 

1815

 
 

Humphry Davy  invents a safety lamp that is used in coal mines without triggering an  explosion; Dental floss is invented by Levi Spear Parmly, a New Orleans  dentist

 
 

1820

 
 

Thomas Hancock  develops the first elastic fabrics

 
 

1821

 
 

Thomas Johann  Seebeck invents the thermocouple

 
 

1823

 
 

Charles  Macintosh patents a method for making waterproof garments

 
 

1824

 
 

Patent issued  to Joseph Aspdin for the invention of cement

 
 

1825

 
 

Hans Christian  Orsted produces metallic aluminum; William Sturgeon invents the electromagnet  

 
 

1831

 
 

The electric  doorbell is invented by Joseph Henry

 
 

1834

 
 

The threshing  machine is invented by Avery and Pitts

 
 

1835

 
 

Solymon  Merrick invents the common household wrench

 
 

1836

 
 

Samuel Colt  invents the revolving firearm (revolver)

 
 

1837

 
 

Wheatstone and  Cooke invent the telegraph

 
 

1838

 
 

Regnault polymerizes  vinylidene chloride via sunlight

 
 

1839

 
 

Goodyear (US),  MacIntosh, and Hancock (England) vulcanize natural

 

Rubber; Sir  William Robert Grove experimented with the first fuel cell, using hydrogen  and oxygen gases in the presence of an electrolyte

 
 

1842

 
 

The  facsimile(fax) machine is invented by Alexander Bain

 
 

1843

 
 

The rotary  printing press is invented by Richard Hoe

                                                     
 

1849

 
 

Ferroconcrete,  concrete reinforced with steel, is invented by Monier; The modern gas mask is  invented by Lewis Phectic Haslett

 
 

1850

 
 

The inverted  microscope is invented by J. Lawrence Smith

 
 

1853

 
 

David M. Smith  invents the modern wooden clothespin

 
 

1855

 
 

Bessemer  process for mass production of steel patented

 
 

1856

 
 

Invention of  the first synthetic dye, mauveine, by William Henry Perkin

 
 

1857

 
 

Toilet paper  is designed and marketed for the first time

 
 

1859

 
 

The escalator  was invented by Nathan Ames, referred to as “revolving stairs”

 
 

1860

 
 

FredrickWalton  invents linoleum, comprised of linseed oil, pigments, pine rosin, and pine  flour

 
 

1861

 
 

James Clerk  Maxwell demonstrates color photography

 
 

1864

 
 

Development of  flash photography by Henry Roscoe in England

 
 

1867

 
 

The metallic  paper clip was invented by Samuel B. Fay; Barbed wire is invented by Lucien  Smith

 
 

1872

 
 

Asphalt is  first developed by Edward de Smedt at Columbia University; Polyvinyl chloride  (PVC) is first created by Eugen Baumann

 
 

1873

 
 

Levi Strauss  & Co. begin producing blue-jeans out of durable canvas

                                                 
 

1876

 
 

Nicolaus Otto  invents a gas motor engine

 
 

1877

 
 

Thomas Edison  completes the first phonograph

 
 

1881

 
 

Alexander  Graham Bell builds the first metal detector

 
 

1883

 
 

Charles Fritts  makes the first solar cells using selenium wafers; Warren Johnson invents the  first temperature regulating device known as a thermostat

 
 

1885

 
 

Sunglasses are  invented; Karl Benz designs and builds the first gasoline-fueled automobile; The  first gasoline pump is manufactured by Sylvanus Bowser; George Eastman  invents the first flexible photographic film

 
 

1887

 
 

Contact lenses  are invented by Eugen Frick in Switzerland

 
 

1888

 
 

George Eastman  introduces a Kodak camera; The common drinking straw is invented by Marvin  Stone; The revolving door is invented by Van Kannel

 
 

1890

 
 

The zipper is  invented by Whitcomb Judson in Chicago, IL

 
 

1891

 
 

The first  commercially produced artificial fiber, Rayon, is invented

 
 

1892

 
 

Calcium  carbide is synthesized, as well as acetylene gas that is generated from the  carbide

 
 

1893

 
 

Edward  Goodrich Acheson patents a method for making carborundum (SiC), an abrasive  compound

 
 

1896

 
 

Henry Ford  constructs the first horseless carriage

                                       
 

1901

 
 

The vacuum  cleaner is invented by H. C. Booth; The first mercury arc lamp is developed  by Peter Hewitt

 
 

1902

 
 

August  Verneuil develops a process for making synthetic rubies; The neon light is  invented in France; The first automatic tea-making machine is invented by A.  E. Richardson

 
 

1903

 
 

Ductile  tungsten wire is synthesized by Coolidge

 
 

1907

 
 

Leo Hendrik  Baekeland invents Bakelite (phenol- formaldehyde resins), used in electronic  insulation

 
 

1908

 
 

Cellophane is  invented by Brandenberger, a Swiss textile engineer

 
 

1909

 
 

Leo Baekeland  presents the Bakelite hard thermosetting plastic; Synthetic rubber is  invented by Fritz Hofmann in Germany

 
 

1916

 
 

Jan  Czochralski invents a method for growing single crystals of metals; Kotaro  Honda discovers a strongly magnetic Co/W alloy

 
 

1920

 
 

Herman  Staudinger (Germany) advances the macromolecular hypothesis – the birth of  polymer science

 
 

1923

 
 

Mercedes  introduces the first supercharged automobile, the hp

 
 

1924

 
 

Corning  scientists invent Pyrex, a glass with a very low thermal expansion

 

Coefficient; Celanese  Corporation commercially produces acetate fibers; The first mobile, two-way  voice-based telephone is invented at Bell Labs

                                 
 

1926

 
 

Waldo Semon at  B.F. Goodrich invents plasticized PVC known as vinyl

 
 

1929

 
 

Polysulfide  (Thiokol) rubber is synthesized; Carothers (du Pont) synthesizes the first  aliphatic polyesters, establishes the principles of step-growth polymerization,  and develops nylon 6,6

 
 

1931

 
 

Julius  Nieuwland develops the synthetic rubber called neoprene; Poly(methylmethacrylate)  (PMMA) is synthesized

 
 

1932

 
 

Hans von Ohain  and Sir Frank Whittle file patents for the jet engine; Cathode ray tubes  (CRTs) are invented by Allen B. Du Mont

 
 

1933

 
 

Ernest Ruska  discovers the electron microscope; magnification of 12,000×; Fawcett and  Gibson develop polyethylene (LDPE)

 
 

1936

 
 

The first  programmable computer, the Z1, is developed by Konrad Zuse; Sunglasses become  polarized by Ray Ban using a Polaroid filter developed by Edwin H. Land

 
 

1937

 
 

Polystyrene is  developed; Chester Carlson invents a dry printing process commonly called Xerox  

 
 

1938

 
 

Roy Plunkett  discovers the process for making poly-tetrafluoroethylene, better known as TeflonTM;  Fiberglass is invented by Russell Slayter

                                  
 

1940

 
 

Thomas and  Sparka synthesize isobutylene–isoprene rubber; Butyl rubber is synthesized in  the US

 
 

1941

 
 

Canadian John  Hopps invents the first cardiac pacemaker

 
 

1942

 
 

The synthetic  fabric, polyester, is invented

 
 

1943

 
 

The first  kidney dialysis machine is developed; Polyurethanes are synthesized by Otto  Baeyer

 
 

1944

 
 

The first  plastic artificial eye is developed in the US

 
 

1945

 
 

Percy Spencer  creates the first microwave oven

 
 

1946

 
 

Mauchly and  Eckert develop the first electronic computer ENIAC (Electronic Numerical  Integrator and Computer)

 
 

1947

 
 

The first  transistor is invented by Bardeen, Brattain, and Shockley at Bell Labs; The  first commercial application of a piezoelectric ceramic (barium titanate)  used as a phonograph needle; Invention of magnetic tape for recording  applications; Schlack develops epoxy polymeric systems

 
 

1950

 
 

The first  commercial production of acrylic fibers by du Pont

                                                 
 

1951

 
 

Individual  atoms seen for the first time using the field ion microscope; The computer  UNIVAC 1 is developed; Polypropylene is developed by Paul Hogan & Robert  Banks of Phillips

 
 

1952

 
 

The first  application of antiperspirant deodorant with a roll-on applicator

 
 

1953

 
 

Karl Ziegler  discovers metallic catalysts which greatly improve the strength of polyethylene  polymers

 
 

1954

 
 

Six percent  efficiency silicon solar cells made at Bell Labs; Charles Townes and Arthur  Schawlow invent the MASER (microwave amplification by stimulated emission or  radiation)

 
 

1955

 
 

Optical fibers  are produced

 
 

1956

 
 

Liquid PaperTM  is formulated by Bette Nesmith Graham

 
 

1957

 
 

Keller first  characterizes a single crystal of polyethylene

 
 

1958

 
 

Bifocal  contact lenses are produced

 
 

1959

 
 

Pilkington  Brothers patent the float glass process; The first commercial production of  Spandex fibers by du Pont

 
 

1960s

 
 

Polymers are  first characterized by GPC, NMR, and DSC

 
 

1960

 
 

The first  working laser (pulsed ruby) is developed by Maimam of Hughes Aircraft  Corporation. Javan, Bennet, and Herriot make the first He:Ne gas laser; Spandex  fibers are synthesized

 
 

1962

 
 

The first  SQUID superconducting quantum interference device is invented; Polyimide  resins are synthesized

                                     
 

1963

 
 

The first  balloon embolectomy catheter is invented by Thomas Fogarty; Ziegler and Natta  are awarded the Nobel Prize for s polymerization studies

 
 

1964

 
 

Bill Lear (of  “Lear Jet” fame!) designs the first eight-track player

 
 

1965

 
 

A bulletproof  nylon fabric, Kevlar, is invented at DuPont; James Russell invents the  compact disk; Styrene–butadiene block copolymers are synthesized

 
 

1966

 
 

Fuel-injection  systems for automobiles are developed in the UK; Faria and Wright of Monsanto  synthesize and test Astroturf

 
 

1967

 
 

Keyboards are  first used for data entry, replacing punch cards

 
 

1968

 
 

Liquid crystal  display is developed by RCA; Allen Breed invents the first automotive air bag  system

 
 

1969

 
 

The scanning electron  microscope (SEM) is first used in laboratories to view cells in 3D; George  Smith and Willard Boyle invent charge-coupled devices (CCD) at Bell Labs

 
 

1970

 
 

The floppy  disk  is invented by Alan Shugart at  IBM; The first microfiber (polyester) is invented by Toray Industries in  Japan; The first fabric comprised of microfibers, Ultrasuede, is also  introduced

 
 

1971

 
 

The liquid  crystal display (LCD) is invented by James Fergason; The first single chip  microprocessor, Intel 4004, is introduced; The video cassette recorder (VCR) is  invented by Charles Ginsburg; Hydrogels are synthesized

                                        
 

1972

 
 

Motorola  demonstrates the use of the first portable cellular phone

 
 

1973

 
 

The disposable  lighter is invented by Bic; Magnetic resonance imaging (MRI) is invented by  Lauterbur and Damadian

 
 

1974

 
 

Post-it® notes  featuring a low-residue adhesive is invented by

 
 

1975

 
 

The laser  printer is invented; Robert S. Ledley is issued the patent for “diagnostic  X-ray systems” (CAT scans)

 
 

1976

 
 

The inkjet  printer is developed by IBM

 
 

1977

 
 

The Cray-1 ® supercomputer  is introduced by Seymour Cray; Electrically conducting organic polymers are  synthesized by Heeger, MacDiarmid, and Shirakawa (Nobel Prize awarded in  2000)

 
 

1978

 
 

An artificial  heart, Jarvik-7, is invented by Robert JarvikThe first analog video optical disk  player is introduced by MCA Discovision

 
 

1979

 
 

The first  cassette Walkman TPS-L2 is invented by Masaru Ibuka of Sony

 
 

1980

 
 

Compact disk  players are introduced by Philips

 
 

1981

 
 

The world’s  largest solar-power generating station goes into operation (10MW capacity)The scanning tunneling microscope  (STM) is invented

 
 

1982

 
 

The first  “personal computer” (PC) is introduced by IBMRobert Denkwalter et al. from Allied  Corporation are granted the first patent for dendrimers

                                     
 

1983

 
 

US phone  companies begin to offer cellular phone service; Steve Jobs of Apple  introduces a new computer featuring the first graphical user interface (GUI),  named The Lisa

 
 

1984

 
 

The CD-ROM is  invented for computers; The first clumping kitty litter is invented by  biochemist Thomas Nelson

 
 

1985

 
 

Donald Tomalia  and coworkers at Dow Chemical report the discovery of hyperbranched polymers,  named dendrimers

 
 

1986

 
 

Synthetic skin  is invented by Gregory Gallico, III

 
 

1987

 
 

Bednorz and  Muller develop a material that is superconducting at −; Conducting polymers  are developed by BASF

 
 

1988

 
 

A patent is  issued for the IndigloTM nightlight, consisting of electroluminescent phosphor  particles

 
 

1989

 
 

High-definition  television is invented; NEC releases the first “notebook” computer, the NEC  Ultralite; A breathable, water- or wind-proof fabric, GORE-TEX® , is  introduced; The Intel 486 microprocessor is developed, featuring 1,000,000  transistors

 
 

1990

 
 

Biotextiles  are invented in the US

 
 

1991

 
 

Iijima of NEC  Corporation discovers carbon nanotubes; Sony announces the first carbon anode  based commercial Li-ion cell

                         
 

1992

 
 

MiniDiscs  (MDs) are introduced by Sony Electronics, Inc.; Prof. Jerome Schentag invents  a computer-controlled “smart pill,” for drug-delivery applications

 
 

1993

 
 

The Pentium  processor is invented by Intel

 
 

1994

 
 

The first  search engine for the World Wide Web is created by Filo and Yang; Lyocell is  introduced by Courtaulds Fibers, consisting of a material derived from wood  pulp

 
 

1995

 
 

Nanoimprint  lithography is invented by Stephen Chou at Stanford; Digital Versatile Disk  or Digital Video Disk (DVD) is invented

 
 

1996

 
 

The Nobel  Prize in Chemistry is awarded to Richard Smalley, Robert Curl, and Harry  Kroto for their 1985 discovery of the third form of carbon, known as  buckminsterfullerene (“bucky balls”);WebTV is invented by Phillips; The Palm  Pilot is debuted by 3Com

 
 

1997

 
 

The  gas-powered fuel cell is invented; A fire-resistant building material,  Geobond, is patented; The digital video recorder (DVR) is invented by Jim  Barton and Mike

 

Ramsay,  co-founders of Tivo, Inc. Nokia introduces the Nokia 9000i Communicator. This  combines a digital cell phone, hand-held PC, and fax

            
 

1998

 
 

Motorola  introduces Iridium service, the first global satellite-based wireless telephone  service; Adam Cohen (19 years old!) develops an “electrochemical paint brush”  circuit that uses an STM probe to manipulate copper atoms on a silicon surface;  Apple computer introduces the iMac; Geoffrey Ozin at the University of  Toronto develops synthetic seashells from SiO2; Toyota Motor Corporation  releases the Prius – the first mass-produced hybrid low-emission vehicle  (LEV); Television stations in the US began to transition from analog to  digital signals

 
 

1999

 
 

Danish  physicist Hau is able to control the speed of light, useful for potential  applications in communications systems and optical computers; Safeco Field in  Seattle opens, featuring a retractable roof, and extensive drainage lines and  heating coils to maintain ideal turf conditions; The chemical ingredient used  by mussels to anchor themselves to rocks is discovered, and used to  synthesize a waterproof adhesive; Molecular-based logic gates are  demonstrated to work better than siliconbased gates – an important precedent  in the development of a molecular computer

 
 

2000

 
 

Intel releases  the Pentium IV microprocessor, consisting of 42 million transistors; Motorola  releases the i1000 Plus – the first cell phone capable of connecting to the  internet; Robotic pets (e.g., Poo-Chi, Tekno) are first introduced; The first  generation of “digital jukeboxes,” the AudioReQuest ARQ1, retails for $800  and is the first device capable of storing thousands of MP3 songs

            
 

2001

 
 

The AbioCor  self-contained artificial heart is implanted into Robert Tools; SmartShirt sensors,  to record and report body diagnostics, are designed by SensaTex, Inc. and  Georgia Tech Research Corporation; The bioartificial liver is invented by  Kenneth Matsumura; A fuel-cell bicycle is developed by Aprilia; Digital  satellite radio is developed by XM and Sirius; SunClean self-cleaning glass  is introduced by PPG Industries; A wrinkle-free shirt is developed by Corpo  Nove (Italy), consisting ofTi-alloy fibers interwoven with nylon; The  self-balancing personal transporter known as the Segway is invented by Dean  Karmen

 
 

2002

 
 

Clothing  comprised of nanowhiskers is invented by Nano-tex, LLC to aid in stain  resistance; The lightest substance on Earth, known as Aerogels, is developed  by NASA; Scientists at SUNY, Buffalo, develop a new type of semiconducting material,  GaSb/Mn, that will be used for future spintronics-based devices

 
 

2003

 
 

Scientists  discover a method used to commercially produce spider-web silk; Nanoparticles  are used for the first time for clearcoat paint finishes (PPG – CeramiclearTM);  Nanofilters are used to purity groundwater in Manitoba, Canada; Digital  videodisk recorders (DVRs) are introduced; IBM develops the smallest  light-emitting transmitter, comprised of carbon nanotubes (CNTs); Apple  computer releases laptops featuring 17- and 12-in. LCD screens; Bandages are  made from fibrinogen, a soluble protein found in blood

        
 

2004

 
 

The Blue  Gene/L produced by IBM is able to perform 70.7 trillion calculations per  second, making it the fastest computer in the world, to date; The eyeware  company Oakley develops sunglasses with a built-in audio player; Apple  releases the iPod mini – the size of a business card, but able to hold 1,000  songs; Scientists are able to control polymorphism through crystallization  within nanopores; A compound in the shape of a Borromean knot is discovered,  based on earlier theoretical simulations; Nintendo releases the hand-held  gaming system, Nintendo DS

 
 

2005

 
 

Carbon  nanotubes are synthesized in bulk, and spun into a yarn; iPod Nano and a  video-capable iPod are introduced by Apple; Motorola releases the ROKR E1  phone, capable of music downloading

 
 

2006

 
 

High-definition  DVD players become commercially available; The Wii video gaming system is  released, which detects movement in 3-D. Apple computer introduces MacBook  Pro, MacBook, and iMac product lines that contain Intel dual-core chips – the  first to contain over one billion transistors; Flat-panel display  technologies employing carbon nanotubes are demonstrated; LG designs cellular  phone that has a built-in breathalyzer for sobriety testing; this application  is also tested as standard equipment for future automobiles

       
 

2007

 
 

Apple releases  the iPhone, which combines cellular phone, internet, and iPod functionalities;  LG releases the first dual HD-DVD/Blu-ray high-definition player; D-wave  Systems, Inc. unveils the world’s first commercially-viable quantum computer;  Researchers demonstrate wireless electricity to light a bulb from away; A  nanowire battery is demonstrated by Dr. Cui at Stanford University

 
 

2008

 
 

A low-cost  solar concentrator is developed at MIT; A bionic contact lens is invented by  Babak Parviz; “Buckypaper” is discovered at Florida State University; Nocera  and coworkers at MIT develop a new catalyst to efficiently split water into H2  and O2 under ambient conditions, which may lead to a new paradigm for the  large-scale deployment of solar energy; Chemical vapor deposition is used for  the first large-scale growth of graphene; A self-healing rubber is made from  vegetable oil; Researchers at the Univ. of Pennsylvania report a robot  (ckBot) that reassembles itself after being dismantled

  
 

2009

 
 

Tour (Rice)  and Dai (Stanford) report the first precedents to unzip carbon nanotubes to  form graphene nanoribbons; The University of Maryland’s Joint Quantum  Institute successfully transport data from one atom to another in a container  one meter away (the first instance of pseudo-transportation!); Dow Chemical  Co. develops roofing shingles integrated with thin-film solar cells comprised  of copper indium gallium diselenide, CIGS; The Boeing 787 Dreamliner, the  first jet airliner to use composite materials for most of its fuselage, is  developed by Boeing; Self-assembling peptides are used for self-cleaning  window applications; The $20 knee is designed by Stanford engineering  students; Berkeley researchers create an “invisibility cloak”; A “smart” LCD screen  that recognizes off-screen gestures is developed; 18-cm long arrays of SWNTs  were synthesized – the longest carbon nanotube array to date; The first  Android cell phone is released, based on a Google OS; Simon Peers and  Nicholas Godley unveil an 11-ft.-long spider-silk cloth made in Madagascar;  The first 3-D digital camera is introduced by Fujifilm; The EnergyHub smart  thermostat is developed

     
 

2010

 
 

Apple releases  their first tablet-PC, the iPad; /Littmann develops the first electronic  stethoscope; The first $35 computer is unveiled in India; Powered  exoskeletons are developed to provide mobility assistance for aged and  infirmed people; HTC releases the first cellphone, the HTC Evo; The British  company Xeros develops a washing machine comprised of nylon beads, requiring  90% less water than traditional machines; The “Smart Bullet” is developed by  Allant Tech systems, funded by the United States military; this allows  soldiers to measure the distance to a target using a laser range finder,  dialing in exactly where the bullet should explode (over/past walls, the  corner of buildings, etc.) at precise distances.