- Coolingtech microscope 4.5 for free#
- Coolingtech microscope 4.5 install#
- Coolingtech microscope 4.5 64 Bit#
- Coolingtech microscope 4.5 drivers#
- Coolingtech microscope 4.5 update#
If you can't find the 'GL USB2.0 UVC Camera Device', please tap Update driver in Windows to set up.ģ.4 Setup the location to save pictures and videos Click 'Devices' to select the 'GL USB2.0 UVC Camera Device'. Right click the Amcap and select ' Run as administrator' to open the Amcap software. Select ①Next - ②Next - ③Install - ④Yes - ⑤Finish - ⑥No, I will restart my computer later and Finish.ģ.3 Remove the microscpe lens cover, plug the microscope and open the AmcapĬonnect the microscope to the computer.
Coolingtech microscope 4.5 install#
Step 3: Double click the extracted folder 'Amcap' to open it.ĭouble click the “ setup.exe” to install the Amcap. Step 2: Click 'Browser' to select a location to save the Amcap and click 'Extract'. Step 1: Right Click the Amcap.zip and select ' Extract All'. Please tap this link to send an email to us if you can't download it Extract the Amcap.zip
Coolingtech microscope 4.5 64 Bit#
Note the zoom button doesn’t work on this software.Īmcap is a custom Windows (XP and above) software package designed specifically to work with the microscope.Īmcap.zip(3.38MB) Windows XP, Vista, 7, 8 | 32 or 64 bitĪmcap.exe(9.46MB) Windows 10 | 32 or 64 bit Click 'Finish' to complete the installation.Ģ.3 Remove the microscpe lens cover and connect it to the computerĬlick ①'Settings' – ② 'Device' to select 'USB2.0 UVC PC Camera' on the dropdown. Select your first language and click “Next”.Ĭlick “Browse” if you want to install to other fodders. Xploview.exe(3.87MB) Windows XP, Vista, 7, 8, 10 | 32 or 64 bitĭouble click the “xploview” to start installation. The downside is that you can't use the snap and zoom buttons in this app. You can click 'Windows' logo on the left and find the 'Camera' app. If you are Win10 user, you can plug the microscope to the Win10 computer and open this app to use the microscope directly. Windows 10 user please make sure the 'Camera' in privacy settings is on.
Coolingtech microscope 4.5 drivers#
Since Jiusion microscopes use a standard webcam chipset, they will automatically install default webcam (UVC) drivers when plugged into a host device. We are confident that we can provide you with a satisfactory solution. To save your time, please contact us if you have any issues with this microscope. Attach the title 'I want a free microscope stand' and your Amazon order # and address in the email.（Each account can only get 1 stand.) If you want to get them, please click to send an email.
Coolingtech microscope 4.5 for free#
194–196.GOOD NEWS: Updated microscope stand + microscope carrying case for free (For Amazon microscope purchasers only) Structure and optical properties of cuprous oxide films p Cu2O obtained by low-temperature chemical deposition. Optical properties of thin TiO2–MnO2 films fabricated by the electron-beam evaporation method. 86–90.īrus VV, Kovalyuk ZD, Marianchuk PD. Izvestiya Tomsk Polytechnic University 2006. Patterns of changes in the properties of copper films during heat treatment. High Temp High Press 2015 44(2).īorisova NV, Surovoi EP, Titov IV. Temperature measurements for Ni-Al and Ti-Al phase control in SHS Synthesis and plasma spray processes. Gulyaev PY, Gulyaev IP, Milyukova IV, Cui HZ. Photothermal effects of laser heating iron oxide and oxide bronze nanoparticles in cartilaginous tissues. Gulyaev PY, Kotvanova MK, Pavlova SS, Sobol EN, Omelchenko AI. Arc-plasma wire spraying: an optical study of process phenomenology. Gulyaev IP, Dolmatov AV, Kharlamov MY, Gulyaev PY, Jordan VI, Krivtsun IV, Korzhyk VM, Demyanov OI. Inside there is needle inclusions of potassium titanium oxide bronze. Solidified drops consist of reduced copper. A short-lived transparent, with respect to optical radiation, phase of oxide bronze was detected. And at the low-temperature reaction, the maximum reaction rate reaches 6 sm 2 s −1 the temperature gradient is 4000 degree s −1. The temperature gradient during emission of the substance is 1,000,000 degree s −1. Slow reaction rate of the reaction medium is 0.5 sm 2 s −1 the temperature gradient reaches 1000 degree s −1. Thermal analysis method has allowed to establish the possibility of two reaction flow scenarios. Particular attention is paid to optical micro-pyrometry combustion wave and the kinetics of the reaction producing potassium titanium oxide bronzes. Video analysis was performed in the program ImageJ. To control the thermal and structural parameters of synthesis, we used optoelectronic measuring system based on a high-speed video camera.
The paper presents the results of thermal analysis of phase formation processes of reaction K XTiO 2. Only under certain thermophysical parameters of SHS, it is possible to obtain nanoparticles which have abnormally high photothermal effect. Stage SHS determines the properties of the bio-functional particles. Self-propagating high-temperature synthesis (SHS) is one of the stages of production of oxide bronzes. Fabrication of bio-functional nanoparticles, used to modify the optical properties of cartilage, is performed in several stages.
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