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comb3000s.m2
export {"comb3000s"} comb3000s = method(); comb3000s(Ring) := kk -> ( x := symbol x; R := kk[x_1..x_10]; { 1.01815483301669e-1*x_2+ 9.89610100506422e-1*x_6+ 1.34637048100730*x_9 + 3.46970317210432*x_10-2.12454115933396, 5.76739795357135e-1*x_3+ 7.89949754301577e-1*x_8-2.19492968782850, 7.19621954936988e-1*x_9+ 9.27261335190857e-1*x_10+ 8.95128807036246e-1*x_3+ 2.45208250541714*x_8+ 8.73159766974099e-2*x_1+ 1.37722259176202*x_5-5.67773314994310, 2.50030218520604e-3*x_4+ 19.9987913687438*x_7-19.9987913687440, -1.37722259176203*x_1^2+ 7.26099038733160e-1*x_5, -9.89610100506425e-1*x_2^2+ 1.01049898287039*x_6, -19.9987913687438*x_4^2+ 5.00030217607503e-2*x_7, -1.93702197268146*x_3*x_1+ 5.16256404988361e-1*x_8, -9.68877757611935e-1*x_2*x_1+ 1.03212194948595*x_9, -3.21732159608141*x_2^2*x_1+ 3.10817545009477e-1*x_10 } ) beginDocumentation() doc /// Key comb3000s (comb3000s,Ring) Headline a combustion chemistry example for a temperature of 3000 degrees Usage comb3000s(kk) Inputs kk:Ring the coefficient ring Outputs :List of the polynomials in the system Description Text This system was solved in May 2020, using @TO solveSystem@ in Macaulay2 v1.15 with an Intel(R) Core(TM) i5-4258U CPU at 2.40GHz. There were 16 solutions found in 0.707914 seconds (with a Bezout bound of 96). Reference: A.P. Morgan. Solving Polynomial Systems Using Continuation for Engineering and Scientific Problems', Prentice-Hall, Englewood Cliffs, N.J., 1987. Chapter 9. See also: http://homepages.math.uic.edu/~jan/Demo/comb3000s.html Example comb3000s(RR_53) ///
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