Environmental parameter file

An environmental parameter file may also be associated with the synthesis tool and could include information such as ... 

After you have collected the first scattering patterns check that the data files have arrived in the expected directories. Check the size of the files. Open the ASCII files or the ASCII headers in a text editor and check that the environmental data have arrived in the files. Vary environmental parameters in test measurements and check that the values in the ASCII files vary accordingly. If possible, calibrate environmental parameters (e.g., sample temperature, straining force, cross-bar position). Ask the beamline staff to demonstrate what they tell you. Double check Otherwise your effort may be wasted. 

Several options will be available to display the results of a simulation. Often, a report file can be generated and customized to include a wide variety of stream and equipment information. In addition, a simulation flowsheet (not a PFD), T-Q diagrams for heat exchangers, vapor and liquid flows, tenperature and composition profiles (tray-by-tray) for multistaged equipment, scheduling charts for batch operations, environmental parameters for exit streams, and a wide variety of phase diagrams for streams can be generated. The user manual should be consulted for the specific options available for the simulator you... 

THERdbASE contains two major modules, namely a Database Module and a Model Base Module. The Database Module relates information from exposure, dose and risk-related data files, and contains information about the following population distributions, location/activity patterns, food-consumption patterns, agent properties, agent sources (use patterns), environmental agent concentrations, food contamination, physiological parameters, risk parameters and miscellaneous data files. The Model Base Module provides access to exposure dose and risk-related models. The specific models included with the software are as follows Model 101, subsetting activity pattern data Model 102, location patterns (simulated) Model 103, source (time application) Model 104, source (instantaneous application) Model 105, indoor air (two zones) Model 106, indoor air (n zones) Model 107, inhalation exposure (BEAM) Model 108, inhalation exposure (multiple chemicals) Model 109, dermal dose (film thickness) Model 110, dose scenario (inhalation/dermal) Model 201, soil exposure (dose assessment). 

---