2025-01 posts
The Emax CDI programs rapidly transform ground and airborne transient electromagnetic time decays into conductivity-depth pseudo-sections. Emax and EmaxAIR can be run stand-alone or via Maxwell software. Fullagar Geophysics Emax 5.60a Tested Picture Release Notes – Emax v5.60a ============================== – “EmaxGUI” program now included in the installation. It can be started from a desktop icon, from the Start menu (under Fullagar Geophysics),or simply by typing the command EmaxGUI in a normal Command Window if you already have one open. The GUI allows you to access/run all Emax-related tasks from a graphical user interface; * Set the working directory folder in which all operations will be performed. The last-used working folder is remembered next time the GUI is run. * Split...
The EmaxAIR CDI programs rapidly transform ground and airborne transient electromagnetic time decays into conductivity-depth pseudo-sections. Emax and EmaxAIR can be run stand-alone or via Maxwell software. Fullagar Geophysics EmaxAIR 5.80a Tested Picture Release Notes – EmaxAIR v5.80a ============================== – “EmaxAirGUI” program now included in the installation. It can be started from a desktop icon, from the Start menu (under Fullagar Geophysics), or simply by typing the command 揈maxAirGUI?in a normal Command Window if you already have one open. The GUI allows you to access/run all EmaxAIR-related tasks from a graphical user interface; * Set the working directory folder in which all operations will be performed. The last-used working folder is remembered next time the GUI is run. * Convert...
The Maxwell CSIRO interface is not part of the standard Maxwell functionality. Users are required to purchase a licence that enables them to interface the modules with Maxwell. All users who purchase the CSIRO interface are given access via their existing website login for convenience. Furthermore, EMIT actively maintains the suite of CSIRO applications, correcting errors and adding additional functionality in response to user feedback and requests. Maxwell allows the user to define, display and edit model parameters through drag and drop mouse operation. Layered earth, thin-sheet, prism and mesh models can be built in Maxwell’s 3-D visualisation environment. Requires Maxwell version 5 or later Ground system configurations tested include drill-hole, fixed, coincident and in-loop systems and MT Airborne modules...
VPem3D performs fast approximate 3D inversion (both “unconstrained” and geologically-constrained) of airborne, ground, and downhole transient electromagnetic (TEM) data. Decays are converted to TEM moments in order to achieve run times 10 times faster than conventional 3D TEM programs. VPem3D uses the same model formats and inversion styles as the VPem1D 1D TEM inversion software and the VPmg gravity & magnetic software.It include VPview v3.8.0. Fullagar Geophysics VPem3D 3.400 Tested Picture New conductive host (half-space) options When including a conductive host (half-space) ground or downhole TEM response, the user can now elect to compute either “complete” (all-time) or “incomplete” (finite time range) moments in almost all cases. VPem3D reads the integration limits for incomplete moments, if required, from the moment...
PICS3D, Photonic Integrated Circuit Simulator in 3D, is a state of the art 3D-simulator for surface and edge emission laser diodes, SOA, and other similar active waveguide devices. The 2D/3D semiconductor equations (drift-diffusion, Poisson, etc..) are coupled to the optical modes in both lateral and longitudinal directions. Optical properties such as quantum well/wire/dot optical gain and spontaneous emission rates are computed self-consistently. Available versions: 2024.x , 2023.x , 2021.x ,… Crosslight PICS3D (LASTIP) 2024.02 Tested Picture Starting from the 2016 version, the functionality of our 2D laser solver (LASTIP) has also been folded into PICS3D: this allows for easy simulation of laser devices without significant longitudinal effects and more flexibility for customers working on a variety of laser device designs....
APSYS, Advanced Physical Models of Semiconductor Devices, is based on 2D/3D finite element analysis of electrical, optical and thermal properties of compound semiconductor devices, with silicon as a special case. Emphasis has been placed on band structure engineering and quantum mechanical effects. Inclusion of various optical modules also makes this simulation package attractive for applications involving photosensitive or light emitting devices. Available versions: 2024.x , 2021.x ,… Crosslight APSYS 2024.02 Tested Picture Applications Diodes, transistors and various other types of silicon devices LEDs and OLEDs Solar cells Photodetectors (PD) High electron mobility transistors (HEMT) Heterojunction bipolar transistors (HBT) Resonant tunneling diodes (RTD) Quantum well infrared photodetectors (QWIP) Small MOS devices with strong quantum mechanical effects (Quantum-MOS) Power devices Features Restart...
CSUPREM (Crosslight-SUPREM) is a process simulation software package based on the SUPREM.IV.GS code developed at the Integrated Circuits Laboratory of Stanford University. SUPREM.IV.GS (2D) has long been recognized as the industry standard in process simulation for integrated circuit (IC) design for over a decade. Crosslight greatly enhances the capability of the original code from Stanford and extends it from 2D to 3D. Please refer to our full and mini CSUPREM product brochures for more details… Available versions: 2024.x , 2022.x ,… Crosslight CSuprem 2024 Tested Picture A brief introduction to Crosslight TCAD is also available in the following presentation and pamphlet. Features Reliable and flexible next-generation 2D/3D process simulator 2D, Quasi-3D, Hybrid-3D and Full 3D process simulation 2D and Full 3D device simulation when combined with APSYS GPU-accelerated solver Full...
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