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SpinWorks has two functions:
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The first is to provide easy basic off-line processing of 1D NMR and 2D data on personal computers.
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$ C7 S2 P5 V# J" P. uSpinWorks other function is the simulation and iterative analysis of0 E+ _/ R) P' X7 w: _# F
complex second order spectra including dynamic NMR problems and certain
+ G E3 V; z; c" U }# {3 y' x% jsolid-state NMR problems, in a manner similar to our UNIX Xsim program.( N, c) X4 `/ f/ V9 B: [9 ?
SpinWorks 2.4 is the forth release of SpinWorks version to contain 2D
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Varian (Unix VNMR) data formats.
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- k G G! L5 Q T8 v0 x4 lIncluded F1 detection modes include States, TPPI, States-TPPI, Single! u) N) F$ Y; s5 H% P
Detection (QF), and echo-antiecho. There have also been some
2 f/ b, L; f- r2 j, x" Vimprovements and bug fixes in the 1D and simulation routines, and these: V5 ~$ e4 J& n! ~' O
should be at least as stable as those in version 1.3. While the program
( y! P5 h8 |3 Z2 h" \is to the point where it should (I hope) be useful, there will, no1 L$ O @. U8 ~
doubt, be bugs and there are things that don't yet work. The aim of the, y5 H( Q! k, ~' L# X
program is to make a program easy enough for undergrads to process
' A* o4 L+ z; _magnitude COSY spectra (for example) with a single mouse click, and yet
; M, F1 u; k6 i+ C4 I* Fstill be flexible enough for research use. SpinWorks currently handles8 l X- t: H- |
only one data set at a time. However, most new computers have3 }# v* N8 \ O6 }& |5 t6 m1 m
sufficient memory to run two or three copies of SpinWorks8 g% B8 x# n0 Y) t$ j( B
simultaneously. This can be very useful when examining the rows and/ k) n) P. l$ j' o
columns of a 2D data set.
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9 _: G: @2 q/ N. _+ Q6 EComputer Requirements
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SpinWorks requires a 486 or higher processor (Pentium recommended)- V, z& d) N- D) c! `$ _; G
running Windows 95, 98, NT 4.0, Windows 2000 Pro, or XP (NT 4.0, XP or5 r- r9 }: D6 h' c! k/ U5 \' h/ T
Win 2000 recommended).
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Windows ME is probably O.K., but is untested. Installation currently
5 e, w: k2 f2 K* Q9 |( drequires about 5 Mbytes of disk space exclusive of NMR data. 32 Mbytes2 z1 T% W. L7 r" G! f
or more of RAM are recommended, depending on NMR data set and
8 Y; u3 G0 J5 \, l* h2 }: ?simulation sizes. SVGA 800 x 600 or better display required (1024 x 768
/ O6 z! c% }# ~# aor better recommended).
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For 2D processing a Pentium class processor with 64 Mbytes of memory is the practical minimum.
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For 2D you should also have your display set to at least 16 bit colour,
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received reports (but have not confirmed) that SpinWorks will run under3 L4 M3 U7 d1 j& h, o5 W
Linux with the WINE package and on a Mac with SoftWindows.
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4 H4 V" i; |/ @; bA three-button mouse is ideal, but SpinWorks will work just fine with a
! |1 o! \6 t. _5 t+ F, [two-button mouse. Note that on "Wheel Mice" the mouse wheel also serves
! ~, A0 ]6 \: ]0 Y6 a2 M1 q2 [- M( Zas the middle mouse button. The mouse wheel can also be used for
4 [- H E. ]8 f4 I. Tvertical scaling of 1D spectra.
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Download No fee, no pass and unlimited)
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- { n2 V' B ^' M* ?/ L! x) cInstallation software and instruction maunual
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There are 02 parts ~115MB, must be use HJSplit or SFJ for joint them after finishing download.
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Download HJSplit here http://rapidshare.com/files/176866540/hjsplit.rar
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Download FSJ here http://rapidshare.com/files/209108031/FSJSetup.rar
http://rapidshare.com/files/210245781/SpinWork.rar.001
http://rapidshare.com/files/210247085/SpinWork.rar.002
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发表于 2009-10-2 00:53:06
