Better go with 2.10 which is default's profile is on 4.0. Or if you think it should work fine, just execute it with Mono Framework 2.8 or higher. Remove or replace those unimplemented parts with Mono's implementation or third party libraries that works with Mono. NET language with NET extension. The FMX component as a reporting tool with support for Windows and Mac platforms, as well as the FastCube VCL component for analyzing and creating tables and charts, are other products of this company. Check if your application is 100 compatible with Mono Framework using MoMA.

The components of this company are published for Delphi programming language and C ++ Builder with VCL extension and a special version of. There is a newer prerelease version of this package available. NET programming environments. All the necessary tools to create a complete report of a program are available in this component… is the core framework assembly for NuGet which works on Mono. NET version supported on the FastReport.NET component :įastReport components from the Russian company FastReports are one of the best tools for advanced reporting in Delphi and.

Delphi and C ++ Builder versions supported on FastReport_FMX, FastReport_VCL and FastCube_VCL components :.

Therefore, the CHA-type ZIF-302 polycrystalline membrane is promising for actual industrial gas separation. Furthermore, the separation performance of the super-hydrophobic ZIF-302 membranes for humidified mixed gases can maintain more than 168 h at 35 ☌, indicating reliable long-term operational stability.

The permeance of H 2 and separation factor for H 2/CH 4 mixtures at 35 ☌ and 1 bar were 2.8 × 10 -8 mol m −2 s −1 Pa −1 and 51.5, respectively, exceeding the Robeson upper bound in 2008. Correspondingly, the continuous dense ZIF-302 polycrystalline membranes were also prepared for the separation of H 2, N 2, CO 2, CH 4 and other gases. Herein, we synthesized uniform ZIF-302 nanocrystals with exceptional stability by introducing a modulator. ZIF-302 is based on hydrophobic ligand in-situ design with a high-stabile chabazite (CHA) topology. The successful preparation of high-quality gas separation membranes with excellent stability remains a grand challenge. However, the membrane separation performance is extremely limited by its intrinsic stability of frameworks. Metal-organic frameworks (MOFs) as molecular sieve membrane materials have received extensive attention on the gas separation application.

Mono framework 2.8