Wärmeleitung - KRAUSS FritzAntiquariat.de
19 309 résultats
1917réf. 7400Berlin. Verlag von Julius Springer. 1917. VI, 100 Seiten. Breitrandiges Exemplar. Originalbroschur. (Umschlag mit Gebrauchsspuren u. gestempelt). 23x15 cm
1979réf. PH-101Reading MA.: Benjamin/Cummings 1979. Classic comprehensive revised text contains three parts: Part I focuses on the use of special functions in solving the homogeneous partial differential equations of physics and emphasizes applications to topics such as electrostatics wave guides and resonant cavities vibrations of membranes heat flow potential flow in fluids plane and spherical waves. Part II deals with the solution of inhomogeneous differential equations with particular emphasis on problems in electromagnetism Greens functions for Poissons equation the wave equation and the diffusion equation and the solution of integral equations by iteration eigenfunction expansion and the Fredholm series. Part III explores complex variable techniques including evalution of itegrals dispersion relations special functions in the complex plane one-sided Fourier transforms and Laplace transforms. 628 pgs. Illustrated. Revised Second Edition. Hard Cover. As New. 8vo - over 7¾" - 9¾" tall. Benjamin/Cummings Hardcover
1970(Scienza - Fisica) In 8°, legatura editoriale in piena tela rossa con titoli in bianco al dorso, sovraccoperta, pp. XII,(2),146,(176). Una firma di proprietà al recto del foglio di guardia anteriore. Al frontespizio timbro in rosso : "Opera ricevuta per recensione". Piccolo, ininfluente, strappetto senza perdite alla sovraccoperta, peraltro ottimo stato di conservazione.
1974(Scienza - Fisica) In 8°, legatura editoriale in piena tela verde con titoli e fregio in argento, sovraccoperta, pp. XVI,415,(1). Ex libris applicato al contropiatto anteriore. Al frontespizio timbro in rosso "Opera ricevuta per recensione". Piccola menda marginale alla sovraccoperta, peraltro ottimo stato di conservazione.
1879in-8, pp. (4), 248, e (4), 32 di cat. edit., leg. edit. t. tela decor. Con una tabella ripieg. f.t. "Its title denoted more than the atomic-molecular theory of Avogadro or Ampère; it designated a theory that incorporated the idea of combining power or atomicity of the atoms - a new concept for which Wurtz had helped to clear the ground..." (cfr. DSB, XIV, p. 529 e segg.). Opera tra le più interessanti e popolari del grande scienziato (Strasbourg 1817 - Parigi 1884, "apôtre français de la théorie atomique. On lui doit la découverte des ammoniaques composées, du glycol, de l'alcol, etc." (Larousse du XX s., VI, 1097). Importante monografia di Wurtz sulla teoria atomica, edizione originale.. .
1904réf. 140681904 Paris, Alcan (Bibliothèque Scientifique Internationale), 1904, in 8° relié pleine percaline éditeur, VIII-LV-248 pages
1935réf. RO80146111HERMANN et Cie. 1935. In-8. Broché. Bon état, Couv. convenable, Dos satisfaisant, Intérieur frais. 82 pages. Nombreux dessins et croquis en noir et blanc, dans le texte. Quelques pages non coupées, en fin d'ouvrage.. . . . Classification Dewey : 530-Physique
1875Leipzig Teubner, 1875. 8vo mezza pergamena con titolo in tassello e scritta in oro al dorso, pp. 624 con 226 fig. n.t. e 3 tav. cromolit una, rip. in fine.
1966réf. 059777New York: Interscience Publishers / John Wiley & Sons 1966. 1st Edition 1st Printing. Hardcover. Fine/Near Fine. Xiv 394 Pp. Gray-Green Cloth Printed In Dark Green. First Printing. Near Fine Previous Owner's Name. Dj With Slight Wear Two Short Tears At Top Of Rear Panel. Remarkably Thorough Experimental And Theoretical History And Analysis. Definitive For The Advanced Student And The Expert. Per Wikipedia Chien-Shiung Wu Chinese: ; Pinyin: Wú Jiànxióng; Wade-Giles: Wu2 Chien4-Hsiung2; 1912 - 1997 Was A Chinese-American Particle And Experimental Physicist Who Made Significant Contributions In The Fields Of Nuclear And Particle Physics. Wu Worked On The Manhattan Project Where She Helped Develop The Process For Separating Uranium Into Uranium-235 And Uranium-238 Isotopes By Gaseous Diffusion. She Is Best Known For Conducting The Wu Experiment Which Proved That Parity Is Not Conserved. This Discovery Resulted In Her Colleagues Tsung-Dao Lee And Chen-Ning Yang Winning The 1957 Nobel Prize In Physics While Wu Herself Was Awarded The Inaugural Wolf Prize In Physics In 1978. Her Expertise In Experimental Physics Evoked Comparisons To Marie Curie. Her Nicknames Include The "First Lady Of Physics" The "Chinese Madame Curie" And The "Queen Of Nuclear Research". After Work On The Manhattan Project During Wwii Wu Accepted An Offer Of A Position As An Associate Research Professor At Columbia. She Would Remain At Columbia For The Rest Of Her Career And Was First Named Associate Professor In 1952 Which Made Her The First Woman To Become A Tenured Physics Professor In University History. In November 1949 Wu Experimented With The Conclusions Of Einstein's Epr Thought Experiment Which Called Quantum Entanglement "Spooky Action At A Distance". Wu Was The First To Establish The Phenomenon And Validity Of Entanglement Using Photons Through Observing Angular Correlation As Her Result Confirmed Maurice Pryce And John Clive Ward's Calculations On The Correlation Of The Quantum Polarizations Of Two Photons Propagating In Opposite Directions. Specifically The Experiment Carried Out By Wu Was The First Important Confirmation Of Quantum Results Relevant To A Pair Of Entangled Photons As Applicable To The Einstein-Podolsky-Rosen Epr Paradox. Her 1950 Letter To Physical Review Famously Identified Confirmation Of Wheeler's Ideas On Entanglement. Tsung-Dao Lee And Another Chinese Theoretical Physicist Chen Ning Yang Grew To Question A Hypothetical Law Of Elementary Particle Physics The "Law Of Conservation Of Parity". Lee And Yang Worked Out A Pencil-And-Paper Design Of An Experiment For Testing Conservation Of Parity In The Laboratory. Because Of Her Expertise In Choosing And Then Working Out The Hardware Manufacture Set-Up And Laboratory Procedures Wu Then Informed Lee That She Could Carry Out The Experiment. Wu Chose To Do This By Taking A Sample Of Radioactive Cobalt-60 And Cooling It To Cryogenic Temperatures With Liquid Gases. Cobalt-60 Is An Isotope That Decays By Beta Particle Emission And Wu Was Also An Expert On Beta Decay. The Discovery Of Parity Violation Was A Major Contribution To Particle Physics And The Development Of The Standard Model. The Discovery Actually Set The Stage For The Development Of The Model As The Model Relied On The Idea Of Symmetry Of Particles And Forces And How Particles Can Sometimes Break That Symmetry.The Wide Coverage Of Her Discovery Prompted The Discoverer Of Fission Otto Frisch To Mention That Those At Princeton Would Often Say That Her Experiment Was The Most Impactful Since The Michelson-Morley Experiment That Inspired Einstein's Theory Of Relativity. In December 1962 Wu Experimentally Demonstrated A Universal Form And More Accurate Version Of Fermi's Old Beta Decay Model Confirming The Conserved Vector Current Cvc Hypothesis Of Richard Feynman And Murray Gell-Mann On The Road To The Standard Model. Interscience Publishers / John Wiley & Sons hardcover
1966réf. 056553New York: Interscience Publishers / John Wiley & Sons 1966. 1st Edition 1st Printing. Hardcover. Near Fine. Xiv 394 Pp. Gray-Green Cloth Printed In Dark Green. First Printing. Near Fine Two Small Name Stamps Of Prominent Physicist Lorenzo Dow Hendrick On Front Endpapers. Remarkably Thorough Experimental And Theoretical History And Analysis. Definitive For The Advanced Student And The Expert. Per Wikipedia Chien-Shiung Wu Chinese: ; Pinyin: Wú Jiànxióng; Wade-Giles: Wu2 Chien4-Hsiung2; 1912 - 1997 Was A Chinese-American Particle And Experimental Physicist Who Made Significant Contributions In The Fields Of Nuclear And Particle Physics. Wu Worked On The Manhattan Project Where She Helped Develop The Process For Separating Uranium Into Uranium-235 And Uranium-238 Isotopes By Gaseous Diffusion. She Is Best Known For Conducting The Wu Experiment Which Proved That Parity Is Not Conserved. This Discovery Resulted In Her Colleagues Tsung-Dao Lee And Chen-Ning Yang Winning The 1957 Nobel Prize In Physics While Wu Herself Was Awarded The Inaugural Wolf Prize In Physics In 1978. Her Expertise In Experimental Physics Evoked Comparisons To Marie Curie. Her Nicknames Include The "First Lady Of Physics" The "Chinese Madame Curie" And The "Queen Of Nuclear Research". After Work On The Manhattan Project During Wwii Wu Accepted An Offer Of A Position As An Associate Research Professor At Columbia. She Would Remain At Columbia For The Rest Of Her Career And Was First Named Associate Professor In 1952 Which Made Her The First Woman To Become A Tenured Physics Professor In University History. In November 1949 Wu Experimented With The Conclusions Of Einstein's Epr Thought Experiment Which Called Quantum Entanglement "Spooky Action At A Distance". Wu Was The First To Establish The Phenomenon And Validity Of Entanglement Using Photons Through Observing Angular Correlation As Her Result Confirmed Maurice Pryce And John Clive Ward's Calculations On The Correlation Of The Quantum Polarizations Of Two Photons Propagating In Opposite Directions. Specifically The Experiment Carried Out By Wu Was The First Important Confirmation Of Quantum Results Relevant To A Pair Of Entangled Photons As Applicable To The Einstein-Podolsky-Rosen Epr Paradox. Her 1950 Letter To Physical Review Famously Identified Confirmation Of Wheeler's Ideas On Entanglement. Tsung-Dao Lee And Another Chinese Theoretical Physicist Chen Ning Yang Grew To Question A Hypothetical Law Of Elementary Particle Physics The "Law Of Conservation Of Parity". Lee And Yang Worked Out A Pencil-And-Paper Design Of An Experiment For Testing Conservation Of Parity In The Laboratory. Because Of Her Expertise In Choosing And Then Working Out The Hardware Manufacture Set-Up And Laboratory Procedures Wu Then Informed Lee That She Could Carry Out The Experiment. Wu Chose To Do This By Taking A Sample Of Radioactive Cobalt-60 And Cooling It To Cryogenic Temperatures With Liquid Gases. Cobalt-60 Is An Isotope That Decays By Beta Particle Emission And Wu Was Also An Expert On Beta Decay. The Discovery Of Parity Violation Was A Major Contribution To Particle Physics And The Development Of The Standard Model. The Discovery Actually Set The Stage For The Development Of The Model As The Model Relied On The Idea Of Symmetry Of Particles And Forces And How Particles Can Sometimes Break That Symmetry.The Wide Coverage Of Her Discovery Prompted The Discoverer Of Fission Otto Frisch To Mention That Those At Princeton Would Often Say That Her Experiment Was The Most Impactful Since The Michelson-Morley Experiment That Inspired Einstein's Theory Of Relativity. In December 1962 Wu Experimentally Demonstrated A Universal Form And More Accurate Version Of Fermi's Old Beta Decay Model Confirming The Conserved Vector Current Cvc Hypothesis Of Richard Feynman And Murray Gell-Mann On The Road To The Standard Model. Interscience Publishers / John Wiley & Sons hardcover
1966réf. 054052New York: Interscience Publishers / John Wiley & Sons 1966. 1st Edition 1st Printing. Hardcover. Fine/Good. Xiv 394 Pp. Gray-Green Cloth Printed In Dark Green. First Printing. Near Fine No Names Or Marks Or Fading Or Stains. Dj WornWith Rubbing Along Edges Short Tears And Small Losses At Corners Interior Clear Tape Reinforcements To Spine. Remarkably Thorough Experimental And Theoretical History And Analysis. Definitive For The Advanced Student And The Expert. Per Wikipedia Chien-Shiung Wu Chinese: ; Pinyin: Wú Jiànxióng; Wade-Giles: Wu2 Chien4-Hsiung2; 1912 - 1997 Was A Chinese-American Particle And Experimental Physicist Who Made Significant Contributions In The Fields Of Nuclear And Particle Physics. Wu Worked On The Manhattan Project Where She Helped Develop The Process For Separating Uranium Into Uranium-235 And Uranium-238 Isotopes By Gaseous Diffusion. She Is Best Known For Conducting The Wu Experiment Which Proved That Parity Is Not Conserved. This Discovery Resulted In Her Colleagues Tsung-Dao Lee And Chen-Ning Yang Winning The 1957 Nobel Prize In Physics While Wu Herself Was Awarded The Inaugural Wolf Prize In Physics In 1978. Her Expertise In Experimental Physics Evoked Comparisons To Marie Curie. Her Nicknames Include The "First Lady Of Physics" The "Chinese Madame Curie" And The "Queen Of Nuclear Research". After Work On The Manhattan Project During Wwii Wu Accepted An Offer Of A Position As An Associate Research Professor At Columbia. She Would Remain At Columbia For The Rest Of Her Career And Was First Named Associate Professor In 1952 Which Made Her The First Woman To Become A Tenured Physics Professor In University History. In November 1949 Wu Experimented With The Conclusions Of Einstein's Epr Thought Experiment Which Called Quantum Entanglement "Spooky Action At A Distance". Wu Was The First To Establish The Phenomenon And Validity Of Entanglement Using Photons Through Observing Angular Correlation As Her Result Confirmed Maurice Pryce And John Clive Ward's Calculations On The Correlation Of The Quantum Polarizations Of Two Photons Propagating In Opposite Directions. Specifically The Experiment Carried Out By Wu Was The First Important Confirmation Of Quantum Results Relevant To A Pair Of Entangled Photons As Applicable To The Einstein-Podolsky-Rosen Epr Paradox. Her 1950 Letter To Physical Review Famously Identified Confirmation Of Wheeler's Ideas On Entanglement. Tsung-Dao Lee And Another Chinese Theoretical Physicist Chen Ning Yang Grew To Question A Hypothetical Law Of Elementary Particle Physics The "Law Of Conservation Of Parity". Lee And Yang Worked Out A Pencil-And-Paper Design Of An Experiment For Testing Conservation Of Parity In The Laboratory. Because Of Her Expertise In Choosing And Then Working Out The Hardware Manufacture Set-Up And Laboratory Procedures Wu Then Informed Lee That She Could Carry Out The Experiment. Wu Chose To Do This By Taking A Sample Of Radioactive Cobalt-60 And Cooling It To Cryogenic Temperatures With Liquid Gases. Cobalt-60 Is An Isotope That Decays By Beta Particle Emission And Wu Was Also An Expert On Beta Decay. The Discovery Of Parity Violation Was A Major Contribution To Particle Physics And The Development Of The Standard Model. The Discovery Actually Set The Stage For The Development Of The Model As The Model Relied On The Idea Of Symmetry Of Particles And Forces And How Particles Can Sometimes Break That Symmetry.The Wide Coverage Of Her Discovery Prompted The Discoverer Of Fission Otto Frisch To Mention That Those At Princeton Would Often Say That Her Experiment Was The Most Impactful Since The Michelson-Morley Experiment That Inspired Einstein's Theory Of Relativity. In December 1962 Wu Experimentally Demonstrated A Universal Form And More Accurate Version Of Fermi's Old Beta Decay Model Confirming The Conserved Vector Current Cvc Hypothesis Of Richard Feynman And Murray Gell-Mann On The Road To The Standard Model. Interscience Publishers / John Wiley & Sons hardcover
1973réf. 122532London, Wykeham Publ. 1973. M. einigen Abb. 130 S. (Wykeham 18).
1952réf. 409541Berlin, Akad.-Vlg. 1952. M. 2 Taf. u. zahlr. Abb. 44 S. (FFH C 2).
réf. 51493R. Van Velsen, 1896 14 x 22, 410 pp., 362 figures, reliure, dos cuir, Bon état - reliure usagée, quelques annotations
1990réf. x-0201515067Perseus Books 1990. Paperback. New. 530 pages. 9.00x6.25x1.25 inches. Perseus Books paperback
réf. 0201515067.Gpaperback. Good. Access codes and supplements are not guaranteed with used items. May be an ex-library book. paperback
1990réf. x-9810200749World Scientific Pub Co Inc 1990. Hardcover. New. 208 pages. 6.00x0.69x9.00 inches. World Scientific Pub Co Inc hardcover
réf. 30921471-nnew. unknown
réf. 30921471like new. unknown
1963réf. 211114Leipzig, Dt. Vlg. f. Grundstoffind. 1963. M. zahlr. Abb. 128 S. (FFH A 288)
1899réf. 245772St. Louis, 1899. M. 1 graph. Darst. u. zahlr. Formeln. S. 53-60. OU. m. St. u. Sign. Unaufgeschn. Ex. (Trans. of The Acad. of Science of St. Louis 9,3).
2007A clean, unmarked book with a tight binding. 220 pages.
2019ill., br. Il vetro attraverso cui passa la luce che ci sveglia al mattino, la fetta di pane tostato con cui facciamo colazione, i jeans che indossiamo per uscire di casa, le ruote della bici che sostengono il nostro peso mentre torniamo dal lavoro, il palazzo tra le cui mura ci addormentiamo la sera: ogni singolo oggetto del nostro quotidiano funziona e opera grazie alle leggi della fisica, della chimica e della biologia, in modi che di solito ignoriamo completamente. "Fisica della lavatrice" ci porta a scoprire la scienza segreta degli oggetti di ogni giorno: dall'energia cinetica che permette alla macchina di avanzare nel traffico alle leve nascoste in asce, martelli e perfino rotoli di carta igienica; dalla fotodegradazione che stinge le nostre magliette preferite all'elasticità delle scricchiolanti assi di legno del pavimento; dai fluidi non-newtoniani che ingeriamo abitualmente, come il ketchup, alle microcapsule di colla che rendono così magici i post-it. Un viaggio tra elettricità e forza gravitazionale, termodinamica e relatività, che ci fa guardare da un punto di vista inatteso il nostro microcosmo domestico, con rivelazioni entusiasmanti e nuovi curiosi quesiti, scientificamente fondati: è possibile incendiare casa utilizzando un trapano elettrico? Perché il vento non butta giù i grattacieli? Come mai alcune persone russano e altre no? Perché le scarpe se lucidate durano più a lungo? Grazie a una scrittura limpida ed esaustiva, Chris Woodford ci spalanca le porte delle misteriose forze che collegano le nostre camere da letto alle distese senza fine dello spazio interstellare, e i nostri spazzolini da denti all'origine dell'Universo. Un libro che è un invito a perderci in armadi e garage, cucine e lavastoviglie, radio a transistor e polverosi ripostigli per riemergerne più consapevoli - e affascinati - dell'incredibile potenza che si nasconde dietro a tutto ciò che ci circonda.
