Create wire load

Creating Wire Load Models After Back-Annotation... 

The set joad script specifies the load on every net in the design. Most floorplanning and place and route tools are capable of generating this information. The create wire load command be used with the -hierarchy option to generate wire load models for each sub-block in the design. 

Back-annotate physical information from placement in the Floorplan Manager. Create custom wire-load models for your design based on the back-annotated data. This wire-load can be based on physical grouping performed during step 2. 

Used to create custom wire-load models after back-aimotation of estimated loads. 

It is likely that your technology library has a dcfault wire load attribute. This attribute caimot be over-written by set wircJoad = Alternatively, create a dummy WLM with attributes set to 0.000. Then use this WLM in the design. 

The early attempts to devise a bronze breech -loading cannon were unsuccessful because the backward pressure of the gas ultimately blew out the breech-block or else the gas created sufficient pressure against the walls of the barrel to burst it. As forged-alloy steels were perfected, breech-loading became a more practical possibility at the same time steel hoops or outer tubes were shrunk onto the barrel to strengthen it, or, at a later date, wire was wound around the barrel at high tension(Ref 2,p 83)... 

This is a method to create a very concentrated vinegar that is loaded with Mineral Fire. The Radical Vinegar provides a path whereby most of the Mineral and metallic realm can be opened. The starting materials are easy to find—copper wire and red wine vinegar. 

Sample containers are thin-walled cells of either aluminium or vanadium. Vanadium is required if diffraction measurements are to be included. Solids can be simply wrapped in aluminium foil. Liquids, however, must be held in sealed cans. Indium wire provides a good seal, because it is ductile, easily created and, more importantly, it has a very low coefficient of thermal expansion. Thus a can that is sealed at room temperature will remain sealed after having been cycled to 20K. If the compounds are air or moisture sensitive (solid or liquid) they are loaded into the cans in a glove-box. Gases are more problematic, one successful method is have a suitable volume of the gas attached above the cell. The whole is lowered into the cryostat where the gas is first liquefied and allowed to fill the cell, subsequently the temperature is lowered to freeze the liquid. 

A scratch was created on the coated specimen using a rod with a diamond tip on a scratch tester (IMC-1552, Imoto Machinery Co. Ltd.). The load for the scratch was 30 g. The scratched specimen was put in a holder and connected to a conductive wire, followed by immersion in a 0.0005 M NaCl corrosive solution, maintained at 40°C. The electrochemical impedance spectroseopy of the scratched specimen was measured at intervals of 4 h, or more, for a total of 24 h. Measurement data were analysed to calculate the polarisation resistance after the test. Scratched specimens were also immersed in a 0.0005 M NaCl corrosive solution at 40°C for 7 days. The surface appearance of the specimens was observed after the corrosion test to confirm the self-healing properties of the coatings. The seratched part of the specimen was analysed after the corrosion test by Electron Probe Micro-Analysis (EPMA). 

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