By Burak Erman
Rubber elasticity is a vital sub-field of polymer technology. This ebook is in lots of methods a sequel to the authors' past, extra introductory publication, Rubberlike Elasticity: A Molecular Primer (Wiley-Interscience, 1988), and may in a few respects change the now vintage publication by way of L.R.G. Treloar, The Physics of Rubber Elasticity (Oxford, 1975). the current booklet has a lot in universal with its predecessor, specifically its robust emphasis on molecular techniques and theories. equally, basically equilibrium houses are lined in any aspect. although this ebook treats a lot of a similar material, it's a extra entire, extra updated, and a little bit extra refined remedy.
Read or Download Structures and Properties of Rubberlike Networks (Topics in Polymer Science) PDF
Similar general & reference books
Writing Reaction Mechanisms in Organic Chemistry
Presentation is apparent and instructive: scholars will discover ways to realize that a few of the reactions in natural chemistry are heavily similar and never self sufficient proof wanting unrelated memorization. The ebook emphasizes that derivation of a mechanism isn't a theoretical method, yet a way of making use of wisdom of alternative related reactions and response stipulations to the hot response.
Introduction to Chemical Nomenclature
Stable classic publication
- Differential Equations with Maxima
- Handbook of Reagents for Organic Synthesis: Catalytic Oxidation Reagents
- Handbook of Metalloproteins, 3 volume set
- Developments in Ceramic Materials Research
- Carbon Nanomaterials
- Organic Selenium and Tellurium Compounds: Volume 1 (1986)
Additional resources for Structures and Properties of Rubberlike Networks (Topics in Polymer Science)
Example text
Is a no'm~li"'1ion oon"anl. • is the are lengt h alonJ? 1he chain oonlour (varying b<:t""ttn ~ero and the chain conlour lenglh 1-). l / Ds. >Clion for a Gau .. ian chain, A sl ip-lin k. as shown in figu r. 1(b). may be visu;±liwj as a slidi ng CrOSS' lin k Ihal join. a point of Ihe ilh ne1work ch. in 10 • poinl of Ihe jlh nelwork chain . 2) where II, Mnotes Ih. f>O'il;On """lor of It.. hain. The quant ily f>O'i tion along It.. ,)h ~hain con lou r, wilh the sUPCl"I(;ript J indicaling tha1lhi.
Nd J. E. Mork. d •. PI"""", " res;; N
8~. Jl. "mlon. : Mark, J. E. A"". R~ •. s. C......... 40, lSI. ,n",,"'. L. 1. 22. 3342. : Mon""";', L. MIJ<,~ r 1992. 25. 4456. 1'1<><),,1'. J. Proc. 1(0, . S;x:. '"",don. A 1976, lSI. J~l. 4 Intermolecular Effects II. Constraints al ong Network Chains In the ",n"ruined_junction ",ode) presenl~d ,,' chapler 3. Upprcss the fluctuations of junctions. Acoording 10 this model. ~ energy ofa network ,'aric-s between (he f,c<: energies oftM phantom and the ~n;nc n,,(worb, In a second &roup of mood •. 10 be introduced here.