mathematica一直运行没错误，大家帮忙看一下

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Clear[Am, As, Aa, \[Alpha], \[Rho], \[Theta]m, \[Theta]s, \
" J$ h( ?3 w& Y\[CurlyPhi]m, \[CurlyPhi]s, \[Epsilon]]
\[Gamma]a = 0.1; \[Gamma]m = 0.15; \[Gamma]s =
. w$ z6 I# h* B) n4 R/ o 1 - \[Gamma]a - \[Gamma]m;
" J. x! D2 R  y8 R+ _& s\[Epsilon] = 0.04; \[Alpha] = 0.3; \[Rho] = 0.04;
\[Theta]m = 0.75; \[Theta]s = 0.9;
gRate = 0.02;
Am = (gRate + \[Rho])/\[Alpha]; Ba = 4; Bm = 1; Bs = 2.5;
ps = Bm/Bs; pa = Bm/Ba;
\[Delta] = 0.03;
B = \!\(TraditionalForm\`\*
4 w5 `+ k$ ]' Y$ W$ z+ Z5 |% E. FFractionBox[
2 Z5 }! W1 Q1 L3 a- {0 @RowBox[{
RowBox[{
9 g  `$ f8 J& t7 S) |RowBox[{
StyleBox["(",
( v$ m. {! o! m3 Z0 y8 c6 f* r5 oSpanMinSize->1.,
; ?: }' T0 b& Z4 C6 d4 n- ISpanMaxSize->1.],
RowBox[{"1", "\[Minus]", "\[Alpha]"}],
StyleBox[")",
SpanMinSize->1.,
SpanMaxSize->1.]}], "gRate"}], "+", "\[Rho]"}],
      "\[Alpha]"] \[Minus] \[Delta]\);
cap = 10;
  S" H9 H( ?5 f. }$ _csp = (pa*cap)/ps;
D = ((1 \[Minus] \[Alpha])*
" d" ~/ L; o1 l* b9 p    gRate + \[Rho] - \[Alpha]*\[Delta])/(\[Rho] + gRate);
\[CurlyPhi]m = 0.1; \[CurlyPhi]s = 0.1;
& h5 w( j5 A$ v% A, U# W& gPrint["*** Initial Values ***"]
" y$ a* T) p, K. nE0 = 1.5;
: Y+ E3 V  b5 V/ cK0 = E0/B;
4 O2 W7 ?5 e! h& [hm0 = 0.25; hs0 = 0.25;(* initial values *)
\[Eta]m0 = hm0/K0; \[Eta]s0 = hs0/K0;
xm0 = (B*\[Gamma]m^\[Epsilon]*
   hm0^(\[Theta]m*(1 - \[Epsilon])))/(\[Gamma]a^\[Epsilon]*pa^(
    1 - \[Epsilon]) + \[Gamma]m^\[Epsilon]*
: z) ~5 H  f8 [" T    hm0^(\[Theta]m*(1 - \[Epsilon])) + \[Gamma]s^\[Epsilon]*(ps*
+ X& W$ Z8 l0 v) T, n# A5 p      hs0^\[Theta]s)^(1 - \[Epsilon]));
xs0 = (B*\[Gamma]s^\[Epsilon]*(ps*
) Z* {3 U5 X- k7 G     hs0^\[Theta]s)^(1 - \[Epsilon]))/(\[Gamma]a^\[Epsilon]*pa^(
    1 - \[Epsilon]) + \[Gamma]m^\[Epsilon]*
& [0 |/ U7 m8 ~4 X, N5 C    hm0^(\[Theta]m*(1 - \[Epsilon])) + \[Gamma]s^\[Epsilon]*(ps*
      hs0^\[Theta]s)^(1 - \[Epsilon]));
Print["\[Eta]_{m,0}=" <> ToString[\[Eta]m0],
", \[Eta]_{s,0}=" <> ToString[\[Eta]s0],
9 U: E4 t3 K/ R# Q6 W- ^2 _% F! l ", x_{m,0}=" <> ToString[xm0], ", x_{s,0}=" <> ToString[xs0]]
/ u( b+ e1 S; z6 K) I; ZTT = 100;(* end time *)
(* Solve differential equations *)
8 z; G8 Y4 H# l1 v- fSol = NDSolve[{xs'[t] = (1 - \[Epsilon])*
; w% O! B. x6 g$ i1 }     xs[t]*(   (1 - xs[t]/
7 A, E4 q- }7 {* a; x. \6 [4 {         B)*(\[Theta]s*\[CurlyPhi]s*(xs[t]/(ps*\[Eta]s[t]) - 1) -
4 q0 S2 a1 H, ^6 A         xm[t]/B \[Theta]m*\[CurlyPhi]m*(xm[t]/\[Eta]m[t] - 1))),
   xm'[t] == (1 - \[Epsilon])*
% ?2 y# ]5 N' H& ]     xm[t]*(   (1 - xm[t]/
1 c3 Z- y/ N4 S, p$ |( q          B)*\[Theta]m*\[CurlyPhi]m*(xm[t]/\[Eta]m[t] - 1) -
       xs[t]/B*\[Theta]s*\[CurlyPhi]s*(xs[t]/(ps*\[Eta]s[t]) -
1 t9 F( _0 l1 F2 k2 F  A# }# p          1) ), \[Eta]m'[
! h+ i$ V5 T" V     t] == \[CurlyPhi]m*
8 |4 }: J) l* z. R' @! G* g      xm[t] - (\[CurlyPhi]m + gRate)*\[Eta]m[t], \[Eta]s'[
     t] == \[CurlyPhi]s*xs[t]/ps - (\[CurlyPhi]s + gRate)*\[Eta]s[t],
   K'[t] == gRate*K[t], hm[t] == \[Eta]m[t]*K[t],
' c2 S( T& h$ l, O( h   hs[t] == \[Eta]s[t]*K[t],
   Sa[t] == (\[Gamma]a^\[Epsilon]*(pa)^(1 - \[Epsilon]))/(\[Gamma]a^\
! e; m+ s7 M, J+ A\[Epsilon]*pa^(1 - \[Epsilon]) + \[Gamma]m^\[Epsilon]*
       hm[t]^(\[Theta]m*(1 - \[Epsilon])) + \[Gamma]s^\[Epsilon]*(ps*
0 l. n3 N6 p) o+ P1 {* @         hs[t]^\[Theta]s)^(1 - \[Epsilon])) + (\[Gamma]m^\[Epsilon]*
% Y) V1 \. y& \( H      hm[t]^(\[Theta]m*(1 - \[Epsilon]))*pa*
  s! y6 S) u4 q7 n( @0 p. D, p      cap)/((\[Gamma]a^\[Epsilon]*pa^(
         1 - \[Epsilon]) + \[Gamma]m^\[Epsilon]*
4 L  Y; q4 `- e( x: \& A         hm[t]^(\[Theta]m*(1 - \[Epsilon])) + \
\[Gamma]s^\[Epsilon]*(ps*hs[t]^\[Theta]s)^(1 - \[Epsilon]))*k (t)*
      xm (t)),
+ y( m( t% t, c' ?   Sm[t] == (\[Gamma]m^\[Epsilon]*
     hm[t]^(\[Theta]m*(1 - \[Epsilon])))/(\[Gamma]a^\[Epsilon]*pa^(
      1 - \[Epsilon]) + \[Gamma]m^\[Epsilon]*
      hm[t]^(\[Theta]m*(1 - \[Epsilon])) + \[Gamma]s^\[Epsilon]*(ps*
  K7 E8 Y% W8 x9 E/ W        hs[t]^\[Theta]s)^(1 - \[Epsilon])),
   Ss[t] == (\[Gamma]s^\[Epsilon]*(ps*
; K0 Q4 U3 g+ z. X        hs[t]^\[Theta]s)^(1 - \[Epsilon]))/(\[Gamma]a^\[Epsilon]*pa^(
4 ]; \' ]# g+ M: L       1 - \[Epsilon]) + \[Gamma]m^\[Epsilon]*
  H. K( x# ~) `( K9 P; }3 h/ ]       hm[t]^(\[Theta]m*(1 - \[Epsilon])) + \[Gamma]s^\[Epsilon]*(ps*
. d! S/ d2 r) J7 k3 i1 r# A         hs[t]^\[Theta]s)^(1 - \[Epsilon])) - (\[Gamma]m^\[Epsilon]*
# m( ?4 t& @6 T6 J% N      hm[t]^(\[Theta]m*(1 - \[Epsilon]))*ps*
1 s. V( z2 ^( g- q$ j      csp)/((\[Gamma]a^\[Epsilon]*pa^(
         1 - \[Epsilon]) + \[Gamma]m^\[Epsilon]*
         hm[t]^(\[Theta]m*(1 - \[Epsilon])) + \
6 I$ a+ `  A/ c" x  s\[Gamma]s^\[Epsilon]*(ps*hs[t]^\[Theta]s)^(1 - \[Epsilon]))*k (t)*
! f( ?: G+ ]; O$ M4 P      xm (t)), xm[0] == xm0,
   xs[0] == xs0, \[Eta]m[0] == \[Eta]m0, \[Eta]s[0] == \[Eta]s0,
   K[0] == K0}, {xm, xs, \[Eta]m, \[Eta]s, K, hm, hs, Sa, Sm, Ss}, {t,
" \/ b  }* l% d; |1 U3 n    0, TT}]
Plot[{Evaluate[Sa[t] /. Sol], Evaluate[Sm[t] /. Sol],
9 f5 A0 @* p" R! \+ V  Evaluate[Ss[t] /. Sol]}, {t, 0, TT}, AxesOrigin -> {0, 0},
PlotRange -> {0., 0.8}, PlotStyle -> {Blue, Dashed, Dashing[{0.05}]}]
Plot[{Evaluate[D*Sa[t] /. Sol],
  Evaluate[(D*Sm[t] + (\[Alpha]*(gRate + \[Delta]))/(\[Rho] +
       gRate)) /. Sol], Evaluate[D*Ss[t] /. Sol]}, {t, 0, TT},
AxesOrigin -> {0, 0}, PlotRange -> {0., 0.8},
4 A: E, e, D1 |1 Y" `, [, { PlotStyle -> {Blue, Dashed, Dashing[{0.05}]}]
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+ o/ \" i* f9 f+ x5 b9 o& P

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Set::wrsym: Symbol D is Protected.
/ p+ M" L6 |/ J
: O' c. I% J2 ]NDSolve::deqn: Equation or list of equations expected instead of 0.96 (1-6.66667 xs[t]) xs[t] (-0.5 xm[t] (-1+xm[t]/\[Eta]m[t])+0.09 (-1+(2.5 xs[t])/\[Eta]s[t])) in the first argument {0.96 (1-6.66667 xs[t]) xs[t] (-0.5 xm[t] (-1+xm[t]/\[Eta]m[<<1>>])+0.09 (-1+(2.5 xs[t])/\[Eta]s[<<1>>])),<<13>>,K[0]==10.}.
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