.- uninstall wavelab..- Go to Program files/Scope PCI/App/Binn.- Close Sonic core plattform. Copy all the Asio dll (my machimne has 4) and paste any other place(after doing the trick you will need to paste in this original directory). Reopen the sonic core plattform..- Open Wavelab.- Go to options----Audio and change the driver for one of your Sonic core Wave. Close Wavelab.-Close Sonic Core..- Paste the Asio dll in their original directory..- Reopen wavelab and NEVER change the audio options in wavelab to the Asio Sonic Core driver(your computer will freeze and youll need to start again with this procedure).
.- Close Sonic core plattform. Copy all the Asio dll (my machimne has 4) and paste any other place(after doing the trick you will need to paste in this original directory). Reopen the sonic core plattform.
sonic core scope 5 crack
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I maybe can help Steinberg here.Its a lot of misinformation on internet.Wavelab 6 is working perfect for us both with our old Sonic Core scope PCI.Wavelab 7 is at least loading there in Vista.In our W7 32 we have one new Sonic Core Scope Xite.There we cant even Load Wavelab 7 .The same for Wavelab 7 with Xite in our W7 64.Then we use Xite in W7 32 and Wavelab 7 in W7 64 while we wait for Wavelab 7 to be updated for Xite.When we now are talking about update.We have now tested Wavelab 7 in W7 64 then.We have to use Wavelab 6 in W7 64 also because Waves L316 is not appearing in Wavelab 7.Also what someone here assumed that the built in playback and recording function at the same time,thats only working with using Wave Sourse in Sonic Core Scope ( not working with ASIO ).Thats working very good and good Quality in our VISTA with the old PCI based Sonic Core Scope.Wavelab 6 works also perfect in W7 64 with this function without the new XiteSonic Core there.The quality using RME MADI Wave Sourse there with Wavelab 6 is just great.Using Wavelab 7 for that in Vista 32 with Scope is loading but when opening the recorder,there is a lot of cricks and cracks as well as in W7 64 using Wave Source.If you use Wavelab 7 with Asio Source at the same time with Wavelab 6 though recording from Wave Source.That works in Vista with Scope and also in W7 64 if you dont use the new Xite Scope.I say Wave Sourse is very good quality using Wavelab 6 and the recording function in Wavelab 7 is not working anywhere for us.The playback Asio from Wavelab 7 is working for us though if we dont use Sonic Core Xite.As far as I can understand Wavelab 7 needs a lot of updates , not only for Sonic Core Scope.For the use of Wavelab 6 and 7 with two computers W7 32 and W7 64 it work with both,using Sonic Core in the other computer, but then Wavelab 7 is giving Cricks and Cracks.Wavelab 6 is working perfect ,but the new Xite Sonic Core Scope,is not working with Wavelab 6 either in the same computer.Maybe we can have our money back or maybe soon Wavelab 7 will work in W7 32 with Xite,and with also the L316 from Waves.Maybe the cricks and crack will go away when used in other computers without Scope,but thats only when wanting to do playback and recording at the same time with Wave SourseOtherwise Wavelab 7 will be great I think used In Xite Sonic Core Scope , we just wait and see
If your board has a PCI slot you should be able to install and run pulsar 2 (as my pulsar 1 is also running fine with the latest win10)Software wise Id check this website =de and ask the guys from sonic core. They will help you out I guess.
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Ultrasonic inspection uses a piezoelectrictransducer connected to a flaw detector, which in its most basic form is a pulser-receiver and oscilloscope display. The transducer is passed over the object being inspected, which is typically coupled to the test object by gel, oil or water. This couplant is required to efficiently transmit the sound energy from the transducer into the part, however This couplant is not required when performing tests with non-contact techniques such as electromagnetic acoustic transducer (EMAT) or by laser excitation.
The Multiscale Thermosciences Laboratory (MTSL) is equipped with a state-of-the-art atomic force microscope, an inverted optical microscope with fluorescence attachment, an ultra-long depth-of-field digital microscope, an infrared camera, a cryostat, an RF frequency lock-in amplifier, semiconductor lasers, a wide variety of electronic instruments/DAQ systems, and a quad-core workstation with 32GB RAM.
Abstract:Unconventional oil and gas reservoirs have broad exploration and development prospects. Fracture parameters and effectiveness evaluation are two of the key tasks for the evaluation of these types of reservoirs. Array acoustic logging can be used for fracture evaluation to compensate for the deficiencies of the image logging fracture evaluation method. Therefore, to develop acoustic logging evaluation methods as well as nondestructive testing methods for fractures, experiments were conducted to study the shear wave transmission in fractured media. Experiment data demonstrate a good correlation between the shear wave attenuation coefficient and fracture width, and the shear wave attenuation coefficients rise logarithmically with the increase in the fracture width for all models with different porosities and distinct dip angles of fractures. The shear wave attenuation coefficient changes relatively faster with the fracture width when the fracture width is within 250 μm. In addition, the shear wave attenuation is affected by the core porosity and fracture dip angle. When the fracture width is constant, the shear wave attenuation caused by the 0 fracture is relatively larger and is obviously greater than that of the fractures at other angles, which is consistent with the existing experimental results. The results of this study can be used to guide further research on amplitude compensation methods for sonic signal transmission in fractured media and fracture evaluation methods.Keywords: shear wave signal; fracture; extraction of wave attenuation; array acoustic logging; sonic experiment; sonic transducer 2ff7e9595c
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