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SpinWorks has two functions:
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" I5 _. Y. X7 W( @( Q% q1 L# UThe first is to provide easy basic off-line processing of 1D NMR and 2D data on personal computers.
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' H" F, K* q- ^9 XSpinWorks other function is the simulation and iterative analysis of
* _; b8 i* @3 pcomplex second order spectra including dynamic NMR problems and certain
6 ^3 ?' ~8 B! F0 Ysolid-state NMR problems, in a manner similar to our UNIX Xsim program.
& w; ?: ^. v. c( ~7 Q' X& t. ESpinWorks 2.4 is the forth release of SpinWorks version to contain 2D# \2 f1 _( q) G
processing. Full support is included for Bruker (XwinNMR/UXNMR) and
2 \/ A1 r: D# f- T) m$ qVarian (Unix VNMR) data formats.
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Included F1 detection modes include States, TPPI, States-TPPI, Single
- [% [- Y7 D& \! h" p3 YDetection (QF), and echo-antiecho. There have also been some& V: P/ b. X8 k) W
improvements and bug fixes in the 1D and simulation routines, and these: N! P/ F3 Y% y" \
should be at least as stable as those in version 1.3. While the program
/ i, A5 x* Z8 t( U4 `' Fis to the point where it should (I hope) be useful, there will, no
4 y9 t1 l2 W+ m! rdoubt, be bugs and there are things that don't yet work. The aim of the
8 ?. X, @& t) F% I) i3 c# e- Lprogram is to make a program easy enough for undergrads to process c+ S! l8 _1 k2 P& m2 E
magnitude COSY spectra (for example) with a single mouse click, and yet( q4 J9 Y! ~& o' H
still be flexible enough for research use. SpinWorks currently handles% Y z' E' ]4 e
only one data set at a time. However, most new computers have, w- V1 f3 ^" u+ U8 @. | B
sufficient memory to run two or three copies of SpinWorks
6 Z8 L: I! C) ?! dsimultaneously. This can be very useful when examining the rows and
3 {9 }) Q1 | `6 P5 p8 Xcolumns of a 2D data set.
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Computer Requirements
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" S# l R: U, e, B/ }" QSpinWorks requires a 486 or higher processor (Pentium recommended)
4 D4 t0 U4 w2 ?4 e0 u* v; R3 lrunning Windows 95, 98, NT 4.0, Windows 2000 Pro, or XP (NT 4.0, XP or5 o5 c# J9 c2 Z; a) v) X0 G" D
Win 2000 recommended).
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Windows ME is probably O.K., but is untested. Installation currently/ |. g$ }7 U- ]0 t2 L$ e+ |4 R" Y0 {
requires about 5 Mbytes of disk space exclusive of NMR data. 32 Mbytes3 ~/ ^$ y8 G4 [% n
or more of RAM are recommended, depending on NMR data set and. |7 R- r6 R6 s" c# s
simulation sizes. SVGA 800 x 600 or better display required (1024 x 768+ y) x; Z, o- t# Z1 A4 P
or better recommended).
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9 M7 y: j. Y1 d4 f( c7 e0 @' U# VFor 2D processing a Pentium class processor with 64 Mbytes of memory is the practical minimum.
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& J- v. j$ F+ S2 kFor 2D you should also have your display set to at least 16 bit colour,
2 b/ I, j; s7 z4 k7 ?# G1 G1 X6 sotherwise the image and contour level colours will be strange. I have
" @ e5 a) D7 O# \0 xreceived reports (but have not confirmed) that SpinWorks will run under
[; c2 h) c- I; ~5 O) J+ DLinux with the WINE package and on a Mac with SoftWindows.
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A three-button mouse is ideal, but SpinWorks will work just fine with a: L" v) B" d* D
two-button mouse. Note that on "Wheel Mice" the mouse wheel also serves
y# |* Y a1 t6 F( z! H; yas the middle mouse button. The mouse wheel can also be used for
( ?( Z. y$ v9 k% X- ?vertical scaling of 1D spectra.
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) A# F3 j) S' GDownload No fee, no pass and unlimited)
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Installation software and instruction maunual
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' j) D2 z. }6 |9 j4 OThere 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
* j! \% t/ Q, o9 p P5 [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
