Returned 98 matches (100 formulae, 102 docs)
    Lookup 57379.100 ms, Re-ranking 1513.087 ms
    Found 145895110 tuple postings, 16014869 formulae, 5217387 documents
[ formulas ] [ documents ] [ documents-by-formula ]

μ1,2=-λ±λ2-4(d-1)2,
Doc 1
0.5091, -6.0000, 9.0000, 0.5091
testing/NTCIR/xhtml5/9/1306.5550/1306.5550_1_22.xhtml
-4(x-xixi+14)(v-vjvj-14)
Doc 2
0.3200, -19.0000, 6.0000, 0.6021
testing/NTCIR/xhtml5/8/1209.6413/1209.6413_1_43.xhtml
=exp(-2(a-b22)(a-b22-b1-b22))
Doc 3
0.3200, -21.0000, 5.0000, 0.3200
testing/NTCIR/xhtml5/8/1110.4570/1110.4570_1_436.xhtml
n2x-x±x2-1
Doc 4
0.2821, -4.0000, 6.0000, 0.2821
testing/NTCIR/xhtml5/8/1111.6930/1111.6930_1_26.xhtml
p=(s2+λ)(s2-λ)
Doc 5
0.2821, -6.0000, 4.0000, 0.2821
testing/NTCIR/xhtml5/2/math0104233/math0104233_1_155.xhtml
(1-n2+k)(-1-n2-k)
Doc 6
0.2821, -9.0000, 4.0000, 0.2821
testing/NTCIR/xhtml5/4/math0605143/math0605143_1_44.xhtml
         n-12(12-y)<x<(n-1)(12-y)}
Doc 7
0.2821, -17.0000, 5.0000, 0.2821
testing/NTCIR/xhtml5/5/0711.1933/0711.1933_1_32.xhtml
-4(x-xixi-14)(v-vjvj+14)
Doc 2
0.3200, -19.0000, 6.0000, 0.6021
testing/NTCIR/xhtml5/8/1209.6413/1209.6413_1_43.xhtml
0dtt((1-cost)t2-4sin2(t2))
Doc 8
0.2595, -17.0000, 5.0000, 0.2595
testing/NTCIR/xhtml5/8/1111.3894/1111.3894_1_44.xhtml
F(z):=1zA(1z)=z-z2-4(m-1)2(m-1).
Doc 9
0.2595, -23.0000, 4.0000, 0.2595
testing/NTCIR/xhtml5/6/0912.0232/0912.0232_1_85.xhtml
(12)ki2(12)k(12)i
Doc 10
0.2442, -11.0000, 3.0000, 0.2442
testing/NTCIR/xhtml5/6/0906.0240/0906.0240_1_25.xhtml
(a)2n=4n(a2)n(a+12)n
Doc 11
0.2442, -12.0000, 4.0000, 0.2442
testing/NTCIR/xhtml5/6/0812.3356/0812.3356_1_54.xhtml
g(F)=12(q+13-1)(q+13-2)
Doc 12
0.2442, -16.0000, 4.0000, 0.2442
testing/NTCIR/xhtml5/6/0906.2948/0906.2948_1_52.xhtml
Brad(σ)=-(dda-xσ¯)(dda-yσ¯)
Doc 13
0.2442, -19.0000, 5.0000, 0.2442
testing/NTCIR/xhtml5/10/math9508203/math9508203_1_33.xhtml
x(1-r-x2)(r+x2-1)π(1-x2)
Doc 14
0.2442, -19.0000, 4.0000, 0.2442
testing/NTCIR/xhtml5/6/1003.1021/1003.1021_1_56.xhtml
u±=x±x2-4y2cosh3β(1+coshβ)22cosh4β
Doc 15
0.2442, -20.0000, 6.0000, 0.2442
testing/NTCIR/xhtml5/7/1004.3623/1004.3623_1_72.xhtml
(1Y(y)-1X(x))(dx2X(x)-dy2Y(y))
Doc 16
0.2442, -21.0000, 4.0000, 0.2442
testing/NTCIR/xhtml5/5/0803.0289/0803.0289_1_14.xhtml
(z,μ)=(μ-z)22(2μ3+z3)(2μ3+z3-1)
Doc 17
0.2442, -26.0000, 3.0000, 0.2442
testing/NTCIR/xhtml5/5/0802.3455/0802.3455_1_32.xhtml
G(z):=1zB(1z)=-(m-2)z+mz2-4(m-1)2(z2-m2).
Doc 18
0.2442, -32.0000, 4.0000, 0.2442
testing/NTCIR/xhtml5/6/0912.0232/0912.0232_1_80.xhtml
1arccosx0=x0+x02+4(a-b)(1-x02)21-x02
Doc 19
0.2439, -24.0000, 7.0000, 0.2439
testing/NTCIR/xhtml5/6/0902.3039/0902.3039_1_22.xhtml
Doc 20
0.2439, -24.0000, 7.0000, 0.2439
testing/NTCIR/xhtml5/6/0902.3039/0902.3039_1_33.xhtml
p(x)=-x-12-3x22
Doc 21
0.2332, -7.0000, 7.0000, 0.2332
testing/NTCIR/xhtml5/9/1304.2141/1304.2141_1_74.xhtml
R(3)=-(12)(22)(32)
Doc 22
0.2208, -10.0000, 4.0000, 0.4416
testing/NTCIR/xhtml5/10/hep-th9712197/hep-th9712197_1_7.xhtml
R(1)=(12)(32)(42)-1
Doc 22
0.2208, -10.0000, 4.0000, 0.4416
testing/NTCIR/xhtml5/10/hep-th9712197/hep-th9712197_1_7.xhtml
(e-1)!!=e!2e2(e2)!
Doc 23
0.2208, -12.0000, 5.0000, 0.2208
testing/NTCIR/xhtml5/7/1103.6256/1103.6256_1_61.xhtml
L=-(x1-x2)(x1-x2)
Doc 24
0.2208, -14.0000, 4.0000, 0.2208
testing/NTCIR/xhtml5/5/0810.1202/0810.1202_1_44.xhtml
=k2(1γ-γ+γ2-1)2-4(k2-12)(1-1γ2)
Doc 25
0.2208, -25.0000, 3.0000, 0.2208
testing/NTCIR/xhtml5/8/1112.3027/1112.3027_1_76.xhtml
πn(x)(x+x2-12)n(x+x2-12x2-1)1/2
Doc 26
0.2208, -27.0000, 3.0000, 0.2208
testing/NTCIR/xhtml5/7/1101.4371/1101.4371_1_9.xhtml
(-1p)(23p)
Doc 27
0.2062, -3.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/9/1401.5345/1401.5345_1_38.xhtml
(c2p)(xyp)
Doc 28
0.2062, -4.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/4/math0506461/math0506461_1_15.xhtml
ϕ(x)(1x-1x3)
Doc 29
0.2062, -6.0000, 4.0000, 0.2062
testing/NTCIR/xhtml5/10/cs9812008/cs9812008_1_69.xhtml
(-pq)=(-1q)(pq)
Doc 31
0.2062, -9.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/3/math0412242/math0412242_1_58.xhtml
(-3q)=(-1q)(3q)
Doc 30
0.2062, -9.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/7/1008.3401/1008.3401_1_107.xhtml
sin((j2-d)θ)sin(jθ2)
Doc 32
0.2062, -10.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/7/1103.0444/1103.0444_1_44.xhtml
(vl)=(πl)(1+2l)
Doc 34
0.2062, -10.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/5/math0703324/math0703324_1_85.xhtml
(1+x12)α(1+x22)α
Doc 33
0.2062, -10.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/7/1005.4073/1005.4073_1_77.xhtml
(-4p)4=(-1p)4(2p)
Doc 36
0.2062, -11.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/9/1312.1237/1312.1237_1_47.xhtml
12(ψ(32-x)-ψ(12))
Doc 35
0.2062, -11.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/3/math0304317/math0304317_1_10.xhtml
=12(1-|x|2)(1|x-y|k-1).
Doc 37
0.2062, -15.0000, 4.0000, 0.2062
testing/NTCIR/xhtml5/1/1108.4544/1108.4544_1_19.xhtml
±(1X-1Y)(dx2X+dy2Y)
Doc 38
0.2062, -15.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/3/math0407337/math0407337_1_358.xhtml
Hy=2(ϕ22-V)(D-1)(D-2)
Doc 39
0.2062, -17.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/2/hep-th0012091/hep-th0012091_1_37.xhtml
=(2ζψE(𝔭))3(2ζ-1(1-ψE(𝔭)))3
Doc 40
0.2062, -18.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/6/0912.1831/0912.1831_1_99.xhtml
Γ(1-2(12-ϵ))Γ(2(12-ϵ))=12ϵ
Doc 41
0.2062, -20.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/9/hep-th9112021/hep-th9112021_1_12.xhtml
(x-y)(b(x)-b(y)g(x-y))=0,
Doc 42
0.2062, -21.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/5/0712.1013/0712.1013_1_35.xhtml
t=1p-1x(p)(t2p)(t(x3-x)+1p)
Doc 43
0.2062, -21.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/4/math0506461/math0506461_1_40.xhtml
(p)n=(x1+x12-4pn2)(x1-x12-4pn2)
Doc 44
0.2062, -26.0000, 3.0000, 0.2062
testing/NTCIR/xhtml5/9/1212.1392/1212.1392_1_75.xhtml
+(1β-12)(12log|1-x2|-log(12(x+x2-1)))
Doc 45
0.2062, -27.0000, 3.0000, 0.3880
testing/NTCIR/xhtml5/8/1111.1350/1111.1350_1_22.xhtml
r0=12[-(α1α2)±(α1α2)2-4(α0α2)].
Doc 46
0.2025, -24.0000, 6.0000, 0.2025
testing/NTCIR/xhtml5/1/quant-ph0003086/quant-ph0003086_1_23.xhtml
(J2J1)c=12[ab±(ab)2-4(cb)]
Doc 47
0.1931, -21.0000, 5.0000, 0.1931
testing/NTCIR/xhtml5/10/cond-mat9610196/cond-mat9610196_1_403.xhtml
(x-x2-1)2(x2-1).
Doc 48
0.1818, -10.0000, 4.0000, 0.1818
testing/NTCIR/xhtml5/4/math-ph0510043/math-ph0510043_1_117.xhtml
ζ(12)+(1-ζ)(12)=12,
Doc 49
0.1818, -13.0000, 3.0000, 0.1818
testing/NTCIR/xhtml5/8/1207.5270/1207.5270_1_52.xhtml
ψ(0)(x)=ϕ(x2)-ϕ(x2-12).
Doc 50
0.1818, -16.0000, 3.0000, 0.1818
testing/NTCIR/xhtml5/5/0705.2294/0705.2294_1_64.xhtml
-s1(2x2-x2)-s2(2y2-y2)
Doc 51
0.1818, -20.0000, 4.0000, 0.1818
testing/NTCIR/xhtml5/3/hep-th0412148/hep-th0412148_1_7.xhtml
M(x2-xx2-1-log(2(x-x2-1))-12)
Doc 45
0.2062, -27.0000, 3.0000, 0.3880
testing/NTCIR/xhtml5/8/1111.1350/1111.1350_1_22.xhtml
wk(xn)=xn+xn2-2k2[1+12(xn2-2k)+O(n-2)]
Doc 52
0.1818, -31.0000, 4.0000, 0.1818
testing/NTCIR/xhtml5/7/1101.4371/1101.4371_1_15.xhtml
s2=(3-4x2)x2-12x.
Doc 53
0.1681, -13.0000, 3.0000, 0.1681
testing/NTCIR/xhtml5/6/1003.3554/1003.3554_1_180.xhtml
P=12(1-2v)(vx-vx2),
Doc 54
0.1681, -16.0000, 4.0000, 0.1681
testing/NTCIR/xhtml5/9/1309.5123/1309.5123_1_22.xhtml
1V(x)=12(1x-1h(x))2,
Doc 55
0.1681, -16.0000, 3.0000, 0.1681
testing/NTCIR/xhtml5/9/1309.4912/1309.4912_1_36.xhtml
exp(-x22)Hexp(x22)=p2+x2-1,
Doc 57
0.1681, -18.0000, 3.0000, 0.1681
testing/NTCIR/xhtml5/5/0706.2509/0706.2509_1_9.xhtml
=112(p-6-3(-1p)-4(-3p));
Doc 56
0.1681, -18.0000, 3.0000, 0.1681
testing/NTCIR/xhtml5/5/math0703686/math0703686_1_76.xhtml
L=(1-x2-y2)2(2x2+2y2)
Doc 58
0.1681, -20.0000, 3.0000, 0.1681
testing/NTCIR/xhtml5/3/math0411411/math0411411_1_51.xhtml
a(t)|x|=m2(rm-1±(rm-1)2-1)-1.
Doc 59
0.1681, -25.0000, 3.0000, 0.1681
testing/NTCIR/xhtml5/6/1003.4777/1003.4777_1_31.xhtml
AM(x,y)=(2-x1-x-(11-xy)(11-y))-1.
Doc 60
0.1681, -27.0000, 3.0000, 0.1681
testing/NTCIR/xhtml5/8/1109.1806/1109.1806_1_55.xhtml
S=12(x1-x2)(y1-y2)
Doc 61
0.1597, -10.0000, 4.0000, 0.1597
testing/NTCIR/xhtml5/3/hep-th0502041/hep-th0502041_1_131.xhtml
L=12(m1+λx2)(x˙2-ω2x2).
Doc 62
0.1597, -15.0000, 3.0000, 0.1597
testing/NTCIR/xhtml5/9/1302.2853/1302.2853_1_5.xhtml
L=12(11+λx2)(x˙2-α2x2),
Doc 63
0.1597, -15.0000, 3.0000, 0.1597
testing/NTCIR/xhtml5/3/hep-th0501106/hep-th0501106_1_1.xhtml
ξ±=12(x0±(x0)2-4[2]2(x2)).
Doc 64
0.1597, -18.0000, 5.0000, 0.1597
testing/NTCIR/xhtml5/4/math0506249/math0506249_1_54.xhtml
CId(2)=1(x2-x1)(y2-y1)
Doc 65
0.1519, -14.0000, 4.0000, 0.1519
testing/NTCIR/xhtml5/4/hep-th0504029/hep-th0504029_1_90.xhtml
(xi-x¯i)2(yr-y¯r)24(t-t¯)
Doc 66
0.1519, -15.0000, 4.0000, 0.1519
testing/NTCIR/xhtml5/3/hep-th0407138/hep-th0407138_1_36.xhtml
Doc 67
0.1519, -15.0000, 4.0000, 0.1519
testing/NTCIR/xhtml5/3/hep-th0403204/hep-th0403204_1_31.xhtml
W(z)=zcos(z2)2sin(z2)
Doc 68
0.1422, -12.0000, 2.0000, 0.1422
testing/NTCIR/xhtml5/4/math0505437/math0505437_1_61.xhtml
cos(θ4)cos(θ2)-sin(3θ4)
Doc 69
0.1422, -13.0000, 2.0000, 0.1422
testing/NTCIR/xhtml5/9/1401.2127/1401.2127_1_80.xhtml
f(x)=9x-48(x-x2)32
Doc 70
0.1422, -14.0000, 4.0000, 0.1422
testing/NTCIR/xhtml5/6/0911.1564/0911.1564_1_69.xhtml
(x+12)x+12(x+12)
Doc 71
0.1422, -15.0000, 2.0000, 0.1422
testing/NTCIR/xhtml5/7/1104.5700/1104.5700_1_103.xhtml
μ2(x-y)(t02)μ2y(t02)
Doc 72
0.1422, -15.0000, 2.0000, 0.1422
testing/NTCIR/xhtml5/9/1305.3186/1305.3186_1_38.xhtml
=1-x24(1-x2)(1-1-x2)
Doc 73
0.1422, -16.0000, 4.0000, 0.1422
testing/NTCIR/xhtml5/6/0902.2588/0902.2588_1_28.xhtml
β(x)=12(ψ(x+12)-ψ(x2))
Doc 75
0.1422, -16.0000, 2.0000, 0.1422
testing/NTCIR/xhtml5/8/1209.4110/1209.4110_1_195.xhtml
f(λm4)=4(6-π)π(2λm4)2
Doc 74
0.1422, -16.0000, 2.0000, 0.1422
testing/NTCIR/xhtml5/9/1302.2361/1302.2361_1_68.xhtml
      (x2y4(x-1)2)m(1-x)n1+n2+1,
Doc 76
0.1422, -19.0000, 3.0000, 0.1422
testing/NTCIR/xhtml5/10/hep-th9707022/hep-th9707022_1_27.xhtml
-123(1-(-1p))-13(1-(-3p))
Doc 77
0.1422, -20.0000, 2.0000, 0.1422
testing/NTCIR/xhtml5/7/1004.5062/1004.5062_1_1.xhtml
Γ(m-12)Γ(m-1)=π2m-2Γ(m2),
Doc 78
0.1422, -22.0000, 2.0000, 0.1422
testing/NTCIR/xhtml5/4/math0510156/math0510156_1_34.xhtml
dx24(x2-1)  (zis polar radius)
Doc 79
0.1297, -9.0000, 2.0000, 0.1297
testing/NTCIR/xhtml5/10/hep-th9902131/hep-th9902131_1_136.xhtml
-y(12+y2(1-y))
Doc 80
0.1297, -10.0000, 2.0000, 0.2595
testing/NTCIR/xhtml5/7/1103.3950/1103.3950_1_81.xhtml
z=12-12(1-x)12
Doc 81
0.1297, -12.0000, 3.0000, 0.1297
testing/NTCIR/xhtml5/10/hep-th9807062/hep-th9807062_1_54.xhtml
(2π)2((j2)2+(k2)2)
Doc 82
0.1297, -12.0000, 2.0000, 0.1297
testing/NTCIR/xhtml5/8/1206.1613/1206.1613_1_22.xhtml
λ=12[t4±(t4)2-4]
Doc 83
0.1297, -14.0000, 3.0000, 0.1297
testing/NTCIR/xhtml5/9/1302.6196/1302.6196_1_19.xhtml
ξ^12=12(x1-x2)
Doc 84
0.1297, -15.0000, 3.0000, 0.1297
testing/NTCIR/xhtml5/5/0810.4659/0810.4659_1_44.xhtml
(x2-x-1x-1(x-1-1))N
Doc 85
0.1297, -15.0000, 2.0000, 0.1297
testing/NTCIR/xhtml5/4/cond-mat0605447/cond-mat0605447_1_31.xhtml
12(1λx2+1)(mx˙2-gx2),
Doc 86
0.1297, -16.0000, 4.0000, 0.1297
testing/NTCIR/xhtml5/9/1304.3739/1304.3739_1_15.xhtml
Γ(n2)Γ(n-12)>n-22
Doc 87
0.1297, -16.0000, 2.0000, 0.1297
testing/NTCIR/xhtml5/6/0905.1539/0905.1539_1_39.xhtml
1-Φ(μσ)Φ(μσ)e-2μσ2x
Doc 89
0.1297, -17.0000, 2.0000, 0.1297
testing/NTCIR/xhtml5/5/0807.3506/0807.3506_1_21.xhtml
(n+12)2-(12)2=n2.
Doc 88
0.1297, -17.0000, 2.0000, 0.1297
testing/NTCIR/xhtml5/1/0710.4605/0710.4605_1_116.xhtml
-1X(x)-Y(y)(2x2-2y2)
Doc 90
0.1297, -20.0000, 3.0000, 0.1297
testing/NTCIR/xhtml5/5/0803.0289/0803.0289_1_63.xhtml
=12(a-γ24)cot(x2)(1+cot2(x2))
Doc 91
0.1297, -21.0000, 2.0000, 0.1297
testing/NTCIR/xhtml5/8/1209.0390/1209.0390_1_68.xhtml
×sinh(t(x-1)2)sinh(tx2)sinh(t2)sinh(t)].
Doc 92
0.1297, -23.0000, 2.0000, 0.1297
testing/NTCIR/xhtml5/2/hep-th0103252/hep-th0103252_1_13.xhtml
λ=x11+x22±(x11-x22)2+4x122-4y1222
Doc 93
0.1297, -24.0000, 3.0000, 0.1297
testing/NTCIR/xhtml5/4/math-ph0511044/math-ph0511044_1_143.xhtml
(x2(1-x)+y2(1-y))-x(x2(1-x)+12)
Doc 80
0.1297, -10.0000, 2.0000, 0.2595
testing/NTCIR/xhtml5/7/1103.3950/1103.3950_1_81.xhtml
×σ2(x-y)2(dx2x(1-x2)+dy2y(y2-1))
Doc 94
0.1297, -27.0000, 2.0000, 0.1297
testing/NTCIR/xhtml5/3/hep-th0307188/hep-th0307188_1_47.xhtml
12(1-x2-y2)(dxds)2+(dyds)2ds
Doc 95
0.1013, -26.0000, 2.0000, 0.1013
testing/NTCIR/xhtml5/8/1112.2278/1112.2278_1_75.xhtml
p=Lx˙=2m(E-V(r))(dxdτ)/(dxdτ)2
Doc 96
0.1013, -32.0000, 3.0000, 0.1013
testing/NTCIR/xhtml5/10/hep-th9608052/hep-th9608052_1_18.xhtml
Doc 97
0.1013, -32.0000, 3.0000, 0.1013
testing/NTCIR/xhtml5/10/hep-th9602080/hep-th9602080_1_33.xhtml
Δ=-y2((x)2+(y)2)
Doc 98
0.0909, -16.0000, 2.0000, 0.0909
testing/NTCIR/xhtml5/3/math0311302/math0311302_1_7.xhtml
Doc 100
0.0909, -16.0000, 2.0000, 0.0909
testing/NTCIR/xhtml5/2/math0210337/math0210337_1_3.xhtml
Doc 101
0.0909, -16.0000, 2.0000, 0.0909
testing/NTCIR/xhtml5/3/math0305178/math0305178_1_1.xhtml
Doc 102
0.0909, -16.0000, 2.0000, 0.0909
testing/NTCIR/xhtml5/3/math0408022/math0408022_1_17.xhtml
4(dx2+dy2)(1-x2-y2)2
Doc 99
0.0909, -16.0000, 2.0000, 0.0909
testing/NTCIR/xhtml5/3/math0407288/math0407288_1_23.xhtml