![]() The complete experiment sequence was done with ground commanding and uploaded script files, bypassing the original autonomous-mode program sequence. 7-Zip is a file archiver with a high compression ratio. The phase boundary was located with unprecedented precision of +/- 2O micro K. A free file archiver for extremely high compression. The efforts to get closer were prevented by a long (greater than two week time constant) decay of a 1.3% density error caused by local heating from the 17 micro W laser beam. Correlograms were recorded from 500 mili K down to 2 mili K at 24 temperatures, 383 correlograms in all. A configurable toolbar with 21 toolbar buttons. Columns can be resized with the mouse, and turned off from the Configuration View dialog box. The optional attribute and CRC columns are new. recorded to provide data about the phase of the interference close to the critical point and the effective window reflectivity. The main new features of WinZip 7.0 are: Sizable, sortable, and selectable columns in the main window. The cell window interference was carefully. These effects could be controlled by using decreasing ramp rates as Tc was approached. ![]() These density changes were demonstrated to be arising from the rate of temperature change in the sample cell during the flight. The second flight of the Zeno experiment in the USMP-3 flight has shown successful control of density perturbations near the window surfaces. The use and dependencies of each function can be found in the header of each Matlab function. ![]() All of these analyses can be performed using either 2D or 3D molecule position files. ![]() quantification of the number molecules in an RDF plot (RDFquant.m, ) have been included. Ripley’s H-function based image segmentation (Hsegment.m, ) and Sengupta et al’s. In addition, stand-alone functions for Owen et al’s. (spatialStats.m), DBSCAN (DBSCAN.m), OPTICS (OPTICS.m) and hierarchal segmentation of the OPTICS plot (hierOPTICS.m) analyses described in this paper. This zip-compressed archive contains the MIiSRconvert and MIiSR GUI’s, as well as stand-alone function for scripts for converting common super-resolution microscopy position files to Matlab-compatible matrices (fileConv.m), for cropping and filtering super-resolution microscopy position files (LoadCrop.m), and to perform the SAA (SAA2col.m, SAA3col.m), RDF and Ripley’s analysis. ![]()
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