111 resultados para VC
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: () () , , (OD - 1 6OD ) , , :pH
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, :2 4 - 33 ,2 8 , (2 5 - 35ml ,30 0ml ) , , , 2 - -L -
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, : ,KGA4 1- 5 5mg ml, 2 6 - 35 :1, 0 4 6 - 0 6 0 (OD ) , , , , ,
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Bn ,B5 , pH 2KGA , , , 10 % 14% ; pH 6 .2 6 .6 , 2 0 % 30 %
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C,15%,8%,24h,0.08%,5.2%
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:Vc:OD650,:10h,12h71%:,,
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, , : , , 5 - 7mg/ml, 6 - 8h, 3- 4 % ,pH 0 5 ,
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The prevention and control of tomato plant diseases were conducted in protective ground using Vc fermentation waste residue treated by enzymolysis and ultrasonic wave. The results showed that the seedlings planted for 3 weeks on the protective ground soil continuously cropped tomato plant for 9 years and fertilized 75, 150 and 300 kghm -2 grew well. Their biomass were increased by 123%, 164% and 182%, and the disease incidence rates were decreased by 59%, 78% and 85%, respectively. Under application of 300 kghm -2 Vc fermentation waste residue, the products of tomato grown for 10 weeks on the soil continuously cropped tomato plant for 9, 6 and 2 years were increased by 60%, 43% and 14%, respectively, and the disease incidence rates were all decreased by 50%.
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DirectXDirect3DIMFramework , ,VC + +DirectXDirect3DIMFramework
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PROFIBUS-DPDLVC++
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The stationary two-dimensional (x, z) near wakes behind a flat-based projectile which moves at a constant mesothermal speed (V) along a z-axis in a rarefied, fully ionized, plasma is studied using the wave model previously proposed by one of the authors (VCL). One-fluid theory is used to depict the free expansion of ambient plasma into the vacuum produced behind a fast-moving projectile. This nonstationary, one-dimensional (x, t) flow which is approximated by the K-dV equation can be transformed, through substitution, t=z/V, into a stationary two-dimensional (x, z) near wake flow seen by an observer moving with the body velocity (V). The initial value problem of the K-dV equation in (x, t) variables is solved by a specially devised numerical method. Comparisons of the present numerical solution for the asymptotically small and large times with available analytical solutions are made and found in satisfactory agreements.
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<p><img src="http://img3.douban.com/mpic/s1281493.jpg" border="0" alt="" hspace="8" width="102" height="144" align="left" />MicrosoftVisualC6.0Microsoft Visual StudioWindowsVisualC6.0MicrosoftVisualCVisualC6.0VisualC</p><p>VisualC6.0</p><p><font size="5"><strong> <br /></strong></font> VisualC6.0<br />1.1VisualC6.0<br />1.2viSualC6.0<br />1.3VisualC6.0<br />1.4VisualC6.0<br /> C<br />2.1<br />2.2<br />2.3<br />2.4<br />2.5<br />2.6<br />2.7this<br />2.8<br />2.9<br />2.10<br />2.11<br />2.12<br />2.13<br /> VisualC6.0<br />3.1VisualC6.0<br />3.2VisualC6.0<br />3.3VisualC6.0<br />3.4<br />3.5<br /> VC<br />4.1AppWizard<br />4.2AppWizard<br />4.3“Iamaprogrammer.”<br /> <br />5.1<br />5.2WinMain<br />5.3<br />5.4<br />5.5<br />5.6<br />5.7<br /> <br />6.1<br />6.2WindowFun<br />6.3<br />6.4<br />6.5<br /> <br />7.1WinMain<br />7.2<br />7.3<br />7.4<br /> classWizard<br />8.1ClassWizard<br />8.2classWizard<br />8.3<br />8.4<br /> <br />9.1DocumentView<br />9.2<br />9.3<br />9.4MyProg2.cpp<br /> OLE<br />10.1COM<br />10.2classfactory<br />10.3OLE<br />10.4IDispatch<br /> DLLs<br />11.1DLL<br />11.2DLL<br />11.3MFCDLL<br />11.4MyProg4ADLL<br />11.5MyProg4BMFCDLL<br />11.6<br /> <br />12.1<br />12.2GDI<br />12.3Windows<br />12.4<br />12.5<br />12.6MyProg3<br />12.7MyProg3B<br />12.8MyPr0g3CCScrollView<br /> <br />13.1<br />13.2Fi1eOpen<br />13.3<br />13.4<br />13.5<br />13.6DDX/DDV<br /> Spy<br />14.1<br />14.2<br />14.3<br /> <br />15.1TRACE<br />15.2<br />15.3<br />15.4<br />15.5Dump<br />15.6</p>
