HomeGroupsTalkMoreZeitgeist
Search Site
This site uses cookies to deliver our services, improve performance, for analytics, and (if not signed in) for advertising. By using LibraryThing you acknowledge that you have read and understand our Terms of Service and Privacy Policy. Your use of the site and services is subject to these policies and terms.

Results from Google Books

Click on a thumbnail to go to Google Books.

CRC Handbook of Chemistry and Physics, 84th…
Loading...

CRC Handbook of Chemistry and Physics, 84th Edition (original 1964; edition 2003)

by David R. Lide

MembersReviewsPopularityAverage ratingConversations / Mentions
1,216215,950 (4.39)1 / 8
Features are a central concept in linguistic analysis. They are the basic building blocks of linguistic units, such as words. For many linguists they offer the most revealing way to explore the nature of language. Familiar features are Number (singular, plural, dual, ...), Person (1st, 2nd, 3rd) and Tense (present, past, ...). Features have a major role in contemporary linguistics, from the most abstract theorizing to the most applied computational applications, yet little is firmly established about their status. They are used, but are little discussed and poorly understood. In this unique work, Corbett brings together two lines of research: how features vary between languages and how they work. As a result, the book is of great value to the broad range of perspectives of those who are interested in language.… (more)
Member:JuJuoftheWolves
Title:CRC Handbook of Chemistry and Physics, 84th Edition
Authors:David R. Lide
Info:CRC (2003), Edition: 84th, Hardcover, 2616 pages
Collections:Your library
Rating:
Tags:None

Work Information

Handbook of Chemistry and Physics (Early editions) by Chemical Rubber Company (1964)

Loading...

Sign up for LibraryThing to find out whether you'll like this book.

Group TopicMessagesLast Message 
 Combiners!: CRC Handbook of Chemistry and Physics34 unread / 34aulsmith, January 2015

» See also 8 mentions

Showing 2 of 2
I received this as a gift for my 20th birthday from my father after deciding to change my major from computer science to astrophysics. My math skills were turning out to be stronger then my high school years left me thinking they were, so the door to my first choice was back open. It was a hard choice in some ways because CS majors were making good money back in the mid 80's and astronomers didn't have too many openings.

When I opened the gift I actually teared up, this is a powerful tool for the serious student and it showed my fathers approval of the change in major. My mother was worried by my reaction, afraid that I didn't understand what the gift meant to Dad. I did. Along with him handing my my diploma for my B.S. and the toast he gave at my wedding, that was one of my favorite moments with him.

I've long since given up on the long haul that would have led me to an astrophysics Ph.D., oddly enough ending up back in computers. I still sometimes take this book off the shelf and remember those happy times deep in the study of the nature of the universe.

Sorry, this was more about me then the book. Now for a few words about the book. If you need a physical copy of this type of material, there is absolutely no substitute for this book. Get the newest edition available to you, you'll keep annotate it and keep it for many years to come. ( )
3 vote lmc_1136 | May 21, 2008 |
This thick leatherbound book was my grandfather's, and he gave it to me as a lad. It may have been partly-responsible for my subsequent obsession with books. I was in love with the idea that everything I might need to know about the physical universe could be neatly summarized with 1300+ pages of onionskin. If only that were so!
2 vote szarka | Nov 20, 2005 |
Showing 2 of 2
no reviews | add a review

» Add other authors (2 possible)

Author nameRoleType of authorWork?Status
Chemical Rubber Companyprimary authorall editionsconfirmed
Hodgman, Charles D.Editormain authorsome editionsconfirmed
Lide, David R.Editormain authorsome editionsconfirmed
Weast, Robert C.Editormain authorsome editionsconfirmed
Astle, Melvin J.Editorsecondary authorsome editionsconfirmed
Beyer, William H.Editorsecondary authorsome editionsconfirmed
Coolbaugh, Melville F.Editorsecondary authorsome editionsconfirmed
Foltz, Ramon D.Editorsecondary authorsome editionsconfirmed
Frederikse, H. P. R.Editorsecondary authorsome editionsconfirmed
Lange, Norbert A.Editorsecondary authorsome editionsconfirmed
Locke, MariusEditorsecondary authorsome editionsconfirmed
Penn, Thomas A.Editorsecondary authorsome editionsconfirmed
Samuel M. SelbyEditorsecondary authorsome editionsconfirmed
Senseman, CorneliusEditorsecondary authorsome editionsconfirmed
Shankland, Robert S.Editorsecondary authorsome editionsconfirmed
Veazey, William ReedEditorsecondary authorsome editionsconfirmed
You must log in to edit Common Knowledge data.
For more help see the Common Knowledge help page.
Canonical title
Original title
Alternative titles
Original publication date
People/Characters
Important places
Important events
Related movies
Epigraph
Dedication
First words
Quotations
Last words
Disambiguation notice
The 45th edition (1964) substantially revised the material, cutting out 1500 pages of material that wasn't narrowly focused on chemistry and physics. Therefore I've separated out the 45th edition on (Eds. 45-51 edited by C. D. Hodgman, eds. 52-89 by R. C. Weast, 90-91 D. R. Lide, and 92 on by W. M. Haynes) from the early versions (edited by W.R. Veazey and C. D. Hodgman).

See https://en.wikipedia.org/wiki/CRC_Hand... .
This work contains the pre-45th editions of the Handbook of Chemistry and Physics, before they dumped half the book (1500 pages) to closer focus on chemistry and physics in the 45th edition.
Publisher's editors
Blurbers
Original language
Canonical DDC/MDS
Canonical LCC

References to this work on external resources.

Wikipedia in English (494)

(E)-Stilbene

1-Butyne

1-Fluoro-2,4-dinitrobenzene

1-Hexene (data page)

1-Propanol

2,2-Dimethyl-1-butanol

2-Chlorophenol

2-Ethyl-1-butanol

2-Heptanol

2-Hexanol

2-Methyl-1-butanol

2-Methyl-1-pentanol

2-Methyl-2-pentanol

2-Methyl-3-pentanol

2-Nitrotoluene

2-Pentanol

3,5-Dinitrosalicylic acid

3-Hexanol

3-Methyl-1-pentanol

3-Methyl-2-butanol

3-Methyl-2-pentanol

3-Methyl-3-pentanol

3-Nitrotoluene

3-Pentanol

4-Methyl-1-pentanol

4-Methyl-2-pentanol

4-Nitrotoluene

4-Vinylcyclohexene

Alizarine Yellow R

Aluminium borohydride

Aluminium selenide

Ammonium dihydrogen phosphate

Ammonium phosphate

Arsenic triselenide

Barium iodide

Barium sulfite

Bead test

Benzo(a)fluorene

Benzyl fluoride

Bismuth

Bismuth germanate

Bond energy

Bond length

Bromine dioxide

Bromine monofluoride

BTX (chemistry)

Cadmium acetate

Caesium fluoride

Caesium hydroxide

Calcium formate

Carbazole

Carbonyl bromide

Carvacrol

Cerium

Chlorotrifluoroethylene

Chromium carbide

Chromium(IV) chloride

Chromium(IV) oxide

Cobalt(II) hydroxide

Compounds of californium

Compounds of fluorine

Copper(II) azide

Copper(II) chloride

Copper(II) tetrafluoroborate

CRC Handbook of Chemistry and Physics

Di-tert-butyl ether

Dibutyl sebacate

Dibutylamine

Dichlorine trioxide

Dichlorophen

Difluoride

Dimethyldiethoxysilane

Dinitrogen difluoride

Diphenyl carbonate

Diphenylmercury

Dipropylamine

Dipropylene glycol

Draft:The Carbon Atom

Effective temperature

Erbium(III) chloride

Erbium(III) oxide

Flammability limit

Fluorine

Fluoroamine

Gallium(III) telluride

Gamma-Butyrolactone

Gold(III) fluoride

Gold(III) hydroxide

Guanidinium chloride

Heavy metal (chemical element)

Helium hydride ion

Hexafluoride

Hexafluorophosphoric acid

History of the Haber process

Hydrindantin

Hydrochloric acid

Indium arsenide

Indium(III) bromide

Indium(III) fluoride

Indium(III) telluride

Indoxyl

Insulated glazing

Iridium hexafluoride

Iron boride

Iron(III) chromate

Isoamyl alcohol

Isotopes of actinium

Isotopes of aluminium

Isotopes of americium

Isotopes of antimony

Isotopes of argon

Isotopes of arsenic

Isotopes of astatine

Isotopes of barium

Isotopes of berkelium

Isotopes of beryllium

Isotopes of bismuth

Isotopes of bohrium

Isotopes of boron

Isotopes of bromine

Isotopes of cadmium

Isotopes of caesium

Isotopes of calcium

Isotopes of californium

Isotopes of carbon

Isotopes of cerium

Isotopes of chlorine

Isotopes of chromium

Isotopes of copernicium

Isotopes of copper

Isotopes of curium

Isotopes of darmstadtium

Isotopes of dubnium

Isotopes of dysprosium

Isotopes of einsteinium

Isotopes of erbium

Isotopes of europium

Isotopes of fermium

Isotopes of flerovium

Isotopes of fluorine

Isotopes of francium

Isotopes of gadolinium

Isotopes of gallium

Isotopes of germanium

Isotopes of gold

Isotopes of hafnium

Isotopes of hassium

Isotopes of helium

Isotopes of holmium

Isotopes of hydrogen

Isotopes of indium

Isotopes of iodine

Isotopes of iridium

Isotopes of iron

Isotopes of krypton

Isotopes of lanthanum

Isotopes of lawrencium

Isotopes of lead

Isotopes of lithium

Isotopes of livermorium

Isotopes of lutetium

Isotopes of magnesium

Isotopes of manganese

Isotopes of meitnerium

Isotopes of mendelevium

Isotopes of mercury

Isotopes of molybdenum

Isotopes of neodymium

Isotopes of neon

Isotopes of neptunium

Isotopes of nickel

Isotopes of niobium

Isotopes of nitrogen

Isotopes of nobelium

Isotopes of osmium

Isotopes of oxygen

Isotopes of palladium

Isotopes of phosphorus

Isotopes of platinum

Isotopes of plutonium

Isotopes of polonium

Isotopes of potassium

Isotopes of praseodymium

Isotopes of promethium

Isotopes of protactinium

Isotopes of radium

Isotopes of radon

Isotopes of rhenium

Isotopes of rhodium

Isotopes of roentgenium

Isotopes of rubidium

Isotopes of ruthenium

Isotopes of rutherfordium

Isotopes of samarium

Isotopes of scandium

Isotopes of seaborgium

Isotopes of selenium

Isotopes of silicon

Isotopes of silver

Isotopes of sodium

Isotopes of strontium

Isotopes of sulfur

Isotopes of tantalum

Isotopes of technetium

Isotopes of tellurium

Isotopes of terbium

Isotopes of thallium

Isotopes of thorium

Isotopes of thulium

Isotopes of tin

Isotopes of titanium

Isotopes of tungsten

Isotopes of ununpentium

Isotopes of ununtrium

Isotopes of uranium

Isotopes of vanadium

Isotopes of xenon

Isotopes of ytterbium

Isotopes of yttrium

Isotopes of zinc

Isotopes of zirconium

Lanthanum carbide

Lead telluride

List of refrigerants

List of thermal conductivities

Lithium acetate

Lithium metaborate

Lutetium(III) chloride

Magnesium bromide

Manganese(II) acetate

Mass diffusivity

Mercury(I) nitrate

Mercury(I) sulfate

Mercury(II) fluoride

Mercury(II) sulfate

Methylcyclopentane

Methylcyclopropane

Molybdenum hexafluoride

N-Vinylcarbazole

Neodymium(III) oxide

Neopentyl alcohol

Neopentyl glycol

Neophyl chloride

Neptunium(IV) oxide

Nickel(II) chloride

Nitrogen tribromide

Occurrence of thorium

Organosilicon

Organosulfur compounds

Osmium hexafluoride

Oxy-fuel welding and cutting

Phenanthridine

Phosphorus tribromide

Phosphorus trifluoride

Pinacolyl alcohol

Platinum(IV) bromide

Plug-in electric vehicle

Plug-in hybrid

Plutonium

Plutonium hexafluoride

Plutonium tetrafluoride

Plutonium(III) fluoride

Potassium aluminate

Potassium arsenite

Potassium cobaltinitrite

Potassium peroxide

Praseodymium(III) oxide

Propargite

Properties of metals, metalloids and nonmetals

Properties of water

Propyl benzoate

Protactinium(V) chloride

Radium bromide

Rhenium hexafluoride

Rhenium(IV) oxide

Rhodium hexafluoride

Rubidium hydride

Ruthenium hexafluoride

Selenium hexasulfide

Selenium oxybromide

Selenium tetrachloride

Selenium trioxide

Selenous acid

Silver oxide

Silver selenite

Sodium ferrioxalate

Sodium iodate

Sodium selenide

Sodium tartrate

Sodium trimetaphosphate

Strontium oxide

Strontium sulfate

Succinic semialdehyde

Sucrose octaacetate

Sulfaquinoxaline

Tantalum(III) aluminide

Technetium hexafluoride

Telluric acid

Tellurium hexafluoride

Temperature-responsive polymer

Template:CRC90

Template:CRC91

Template:Infobox aluminium

Template:Infobox aluminium/sandbox

Template:Infobox antimony

Template:Infobox arsenic

Template:Infobox boron

Template:Infobox boron/sandbox

Template:Infobox cadmium

Template:Infobox caesium

Template:Infobox caesium/sandbox

Template:Infobox cerium

Template:Infobox copper

Template:Infobox europium

Template:Infobox gold

Template:Infobox hafnium

Template:Infobox indium

Template:Infobox iridium

Template:Infobox krypton

Template:Infobox lanthanum

Template:Infobox lutetium

Template:Infobox lutetium/sandbox

Template:Infobox molybdenum

Template:Infobox neon

Template:Infobox neon/sandbox

Template:Infobox nobelium

Template:Infobox osmium

Template:Infobox palladium

Template:Infobox protactinium

Template:Infobox rhenium

Template:Infobox rhodium

Template:Infobox samarium

Template:Infobox silver

Template:Infobox sulfur

Template:Infobox tantalum

Template:Infobox tellurium

Template:Infobox thallium

Template:Infobox thorium

Template:Infobox tin

Template:Infobox tungsten

Template:Infobox yttrium

Template:Infobox zirconium

Template:RubberBible62nd

Template:RubberBible83rd

Template:RubberBible86th

Template:RubberBible87th

Terbium(III,IV) oxide

Terpyridine

Tetraphenyl butadiene

Thallium(I) hydroxide

Thiocarbanilide

Thionyl chloride

Tin telluride

Titanium disilicide

Titanium ring

Titanium(II) sulfide

Trichloroacetyl chloride

Tropine

Tungsten disilicide

Tungsten(IV) telluride

Uranyl acetate

Uridine monophosphate

Vanadium carbide

Vanadium(III) sulfate

Water (data page)

Wikipedia:Reference desk/Archives/Science/2009 September 1

Wikipedia:WikiProject Chemicals/Log/2009-02-05

Wikipedia:WikiProject Chemicals/Log/2009-03-17

Wikipedia:WikiProject Chemicals/Log/2009-03-18

Wikipedia:WikiProject Chemicals/Log/2009-03-24

Wikipedia:WikiProject Chemicals/Log/2009-04-16

Wikipedia:WikiProject Chemicals/Log/2009-04-17

Wikipedia:WikiProject Chemicals/Log/2009-04-19

Wikipedia:WikiProject Chemicals/Log/2009-04-20

Wikipedia:WikiProject Chemicals/Log/2009-04-23

Wikipedia:WikiProject Chemicals/Log/2009-04-26

Wikipedia:WikiProject Chemicals/Log/2009-04-27

Wikipedia:WikiProject Chemicals/Log/2009-05-04

Wikipedia:WikiProject Chemicals/Log/2009-05-06

Wikipedia:WikiProject Chemicals/Log/2009-05-07

Wikipedia:WikiProject Chemicals/Log/2009-05-08

Wikipedia:WikiProject Chemicals/Log/2009-05-09

Wikipedia:WikiProject Chemicals/Log/2009-05-14

Wikipedia:WikiProject Chemicals/Log/2009-05-20

Wikipedia:WikiProject Chemicals/Log/2009-05-21

Wikipedia:WikiProject Chemicals/Log/2009-05-25

Wikipedia:WikiProject Chemicals/Log/2009-06-01

Wikipedia:WikiProject Chemicals/Log/2009-07-04

Wikipedia:WikiProject Chemicals/Log/2009-07-05

Wikipedia:WikiProject Chemicals/Log/2009-07-08

Wikipedia:WikiProject Chemicals/Log/2009-07-19

Wikipedia:WikiProject Chemicals/Log/2009-07-25

Wikipedia:WikiProject Chemicals/Log/2009-08-19

Wikipedia:WikiProject Chemicals/Log/2009-08-25

Wikipedia:WikiProject Chemicals/Log/2009-08-29

Wikipedia:WikiProject Chemicals/Log/2009-09-07

Wikipedia:WikiProject Chemicals/Log/2009-09-14

Wikipedia:WikiProject Chemicals/Log/2009-09-15

Wikipedia:WikiProject Chemicals/Log/2009-09-19

Wikipedia:WikiProject Chemicals/Log/2009-10-01

Wikipedia:WikiProject Chemicals/Log/2009-10-05

Wikipedia:WikiProject Chemicals/Log/2009-10-07

Wikipedia:WikiProject Chemicals/Log/2009-10-16

Wikipedia:WikiProject Chemicals/Log/2009-11-13

Wikipedia:WikiProject Chemicals/Log/2009-11-25

Wikipedia:WikiProject Chemicals/Log/2009-11-26

Wikipedia:WikiProject Chemicals/Log/2009-12-01

Wikipedia:WikiProject Chemicals/Log/2009-12-04

Wikipedia:WikiProject Chemicals/Log/2009-12-07

Wikipedia:WikiProject Chemicals/Log/2009-12-09

Wikipedia:WikiProject Chemicals/Log/2009-12-10

Wikipedia:WikiProject Chemicals/Log/2009-12-15

Wikipedia:WikiProject Chemicals/Log/2009-12-16

Wikipedia:WikiProject Chemicals/Log/2009-12-17

Wikipedia:WikiProject Chemicals/Log/2009-12-18

Wikipedia:WikiProject Chemicals/Log/2009-12-20

Wikipedia:WikiProject Chemicals/Log/2009-12-21

Wikipedia:WikiProject Chemicals/Log/2009-12-22

Wikipedia:WikiProject Chemicals/Log/2009-12-23

Wikipedia:WikiProject Chemicals/Log/2009-12-24

Wikipedia:WikiProject Chemicals/Log/2010-01-07

Wikipedia:WikiProject Chemicals/Log/2010-01-13

Wikipedia:WikiProject Chemicals/Log/2010-01-17

Wikipedia:WikiProject Chemicals/Log/2010-01-23

Wikipedia:WikiProject Chemicals/Log/2010-01-25

Wikipedia:WikiProject Chemicals/Log/2010-02-18

Wikipedia:WikiProject Chemicals/Log/2010-03-13

Wikipedia:WikiProject Chemicals/Log/2010-03-20

Wikipedia:WikiProject Chemicals/Log/2010-03-23

Wikipedia:WikiProject Chemicals/Log/2010-04-09

Wikipedia:WikiProject Chemicals/Log/2010-04-10

Wikipedia:WikiProject Chemicals/Log/2010-04-12

Wikipedia:WikiProject Chemicals/Log/2010-04-13

Wikipedia:WikiProject Chemicals/Log/2010-04-14

Wikipedia:WikiProject Chemicals/Log/2010-04-16

Wikipedia:WikiProject Chemicals/Log/2010-04-17

Wikipedia:WikiProject Chemicals/Log/2010-04-18

Wikipedia:WikiProject Chemicals/Log/2010-04-27

Wikipedia:WikiProject Chemicals/Log/2010-05-01

Wikipedia:WikiProject Chemicals/Log/2010-05-02

Wikipedia:WikiProject Chemicals/Log/2010-05-05

Wikipedia:WikiProject Chemicals/Log/2010-05-06

Wikipedia:WikiProject Chemicals/Log/2010-05-18

Wikipedia:WikiProject Chemicals/Log/2010-05-19

Wikipedia:WikiProject Chemicals/Log/2010-05-21

Wikipedia:WikiProject Chemicals/Log/2010-05-23

Wikipedia:WikiProject Chemicals/Log/2010-05-24

Wikipedia:WikiProject Chemicals/Log/2010-05-26

Wikipedia:WikiProject Chemicals/Log/2010-06-04

Wikipedia:WikiProject Chemicals/Log/2010-06-16

Wikipedia:WikiProject Chemicals/Log/2010-07-07

Wikipedia:WikiProject Chemicals/Log/2010-09-03

Wikipedia:WikiProject Chemicals/Log/2010-10-12

Wikipedia:WikiProject Chemicals/Log/2010-12-24

Wikipedia:WikiProject Chemicals/Log/2011-01-16

Wikipedia:WikiProject Chemicals/Log/2011-01-23

Wikipedia:WikiProject Chemicals/Log/2011-02-04

Wikipedia:WikiProject Chemicals/Log/2011-02-12

Wikipedia:WikiProject Chemicals/Log/2011-02-17

Wikipedia:WikiProject Chemicals/Log/2011-02-23

Wikipedia:WikiProject Chemicals/Log/2011-03-01

Wikipedia:WikiProject Chemicals/Log/2011-03-16

Wikipedia:WikiProject Chemicals/Log/2011-05-31

Wikipedia:WikiProject Chemicals/Log/2011-06-04

Wikipedia:WikiProject Chemicals/Log/2011-06-07

Wikipedia:WikiProject Chemicals/Log/2011-07-14

Wikipedia:WikiProject Chemicals/Log/2011-07-18

Wikipedia:WikiProject Chemicals/Log/2011-08-15

Wikipedia:WikiProject Chemicals/Log/2011-09-05

Wikipedia:WikiProject Chemicals/Log/2011-09-15

Wikipedia:WikiProject Chemicals/Log/2011-10-06

Wikipedia:WikiProject Chemicals/Log/2011-11-17

Wikipedia:WikiProject Chemicals/Log/2011-11-20

Wikipedia:WikiProject Chemicals/Log/2011-12-06

Wikipedia:WikiProject Chemicals/Log/2011-12-10

Wikipedia:WikiProject Chemicals/Log/2011-12-14

Wikipedia:WikiProject Chemicals/Log/2011-12-16

Wikipedia:WikiProject Elements/Guidelines

Ytterbium(II) chloride

Ytterbium(III) fluoride

Yttrium

Yttrium(III) antimonide

Yttrium(III) arsenide

Yttrium(III) bromide

Yttrium(III) sulfide

Zinc antimonide

Zinc chlorate

Zinc molybdate

Zinc phosphide

Zinc pyrophosphate

Zirconium disilicide

Zirconium disulfide

Zirconium(II) hydride

Zirconium(IV) silicate

Features are a central concept in linguistic analysis. They are the basic building blocks of linguistic units, such as words. For many linguists they offer the most revealing way to explore the nature of language. Familiar features are Number (singular, plural, dual, ...), Person (1st, 2nd, 3rd) and Tense (present, past, ...). Features have a major role in contemporary linguistics, from the most abstract theorizing to the most applied computational applications, yet little is firmly established about their status. They are used, but are little discussed and poorly understood. In this unique work, Corbett brings together two lines of research: how features vary between languages and how they work. As a result, the book is of great value to the broad range of perspectives of those who are interested in language.

No library descriptions found.

Book description
The latest edition of the world's most popular scientific reference features tables and reference sections on everything from the Periodic Table to the bond lengths in organometallic compounds. Featuring the latest facts and figures, the CRC Handbook of Chemistry and Physics contains all the most frequently used data in science, including the periodic table of the elements, basic constants and units, and geophysical data.

For decades, physicists and chemists have turned to this handbook as their primary source for reliable data. Every year, material is critically evaluated, new data is added, and existing tables are updated. The 81st edition includes eight new and forty revised or updated tables. Nowhere else will you find such a useful compilation of scientific data. Don't be left behind. Your research deserves the best data available - the CRC Handbook of Chemistry and Physics has it.
Haiku summary

Current Discussions

None

Popular covers

Quick Links

Rating

Average: (4.39)
0.5
1 1
1.5
2 2
2.5 1
3 4
3.5 2
4 8
4.5 2
5 33

Is this you?

Become a LibraryThing Author.

 

About | Contact | Privacy/Terms | Help/FAQs | Blog | Store | APIs | TinyCat | Legacy Libraries | Early Reviewers | Common Knowledge | 203,243,057 books! | Top bar: Always visible