By Bill Streever
An adventurous trip throughout the so much blisteringly sizzling areas of technology, heritage, and culture.
Melting glaciers, warming oceans, droughts-it's transparent that today's international is getting warmer. yet whereas we all know the anguish of a sunburn or the relief of our wintry weather warmers, can we particularly comprehend heat?
A bestselling scientist and nature author who is going to any severe to discover the solutions, invoice Streever units off to determine what warmth relatively capacity. permit him be your advisor and you'll firewalk throughout scorching coals and sweat it out in demise Valley, adventure excessive fever and fireplace, find out about the discovery of fits and the chemistry of cooking, drink crude oil, and discover thermonuclear guns and the most well liked second of all time-the gigantic bang.
Written in Streever's signature spare and fresh prose, warmth is an adventurous own narrative that leaves readers with a brand new imaginative and prescient of a regular experience-how warmth works, its historical past, and its dating to way of life.
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Additional info for Heat: Adventures in the World's Fiery Places
The phase curves with two equilibrium points are obviously unrealistic: once got to the right of the unstable point, the population would grow infinitely. The same holds true for any even number of equilibrium points. On the other hand, any odd number of equilibrium points would be theoretically possible, though the known populations have no more than three such points. Thus, our classification appears to be exhaustive for the intended biological applications. Note that outbreaks of forest insects acquire specific features in the time of climate change like one we might now witness.
See this relationship in Fig. 4 showing two tumors with the radiuses r1 and r2, where r1 < r2. , the local concentration of cancer cells at the tumor surface is 5/12 at r1 and 5/11 at r2; the correspondence between x and R is univocal in this simplified case. r2 r1 Fig. 4. Local concentration of cancer cells at the tumor surface. Black circles show cancer cells, gray circles show tissue cells. In a general case it can be found as the ratio U1/(U1 + U2), where U1 is the volume of a layer of cancer cells that contacts the interface from inside and U2 is the volume of a layer of tissue cells that contacts the interface from outside.
Note that zero concentration of cancer cells is associated with a nonzero reproduction rate. In this case “reproduction” corresponds rather to spontaneous onset of cancer cells due to various external and internal effects than to the true reproduction by division. These cells are inoffensive because the immune system relatively easily copes with them and kills them before they can reproduce largely enough. The stage when the immune system is able to suppress the proliferation of cancer cells is recorded by the first falling interval of the reproduction curves.