In Windows 11, Windows 10 & Windows 8.1, right-click the Start menu and select Device Manager
#UNIBRAIN IFIRE DRIVERS#
In Windows, use a built-in utility called Device Manager, which allows you to see all of the devices recognized by your system, and the drivers associated with them.
#UNIBRAIN IFIRE INSTALL#
Once you have downloaded your new driver, you'll need to install it. It is a software utility which automatically finds and downloads the right driver.
#UNIBRAIN IFIRE UPDATE#
Tech Tip: If you are having trouble deciding which is the right driver, try the Driver Update Utility for Unibrain Fire-i? 3.61. In the results, choose the best match for your PC and operating system. Enter Unibrain Fire-i? 3.61 into the search box above and then submit. If the driver listed is not the right version or operating system, search our driver archive for the correct version. After you complete your download, move on to Step 2. To get the Fire-i? 3.61 driver, click the green download button above. The Minsk imagers are Mikhail Abgarian, Yuri Goryachko, and Konstantin Morozov.How to Update Fire-i? 3.61 Device Drivers Quickly & Easily Step 1 - Download Your Driver Maksutov-Cassegrain Santel D=230mm F=3000mm, Astronomik Planet IR Pro filter (IR-pass 807nm+), Unibrain Fire-i 702 CCD b/w camera, (IEEE-1394, 1388x1040, 10fps, 12bit), Processing in Registax & Maxim DL. See p 17 of The Modern Moon for a picture of how it worked.
How did Hartmann know, back in the 60s, what was radial and what wasn't? In those early computer days he did it optically, projecting a telescopic image onto a white hemisphere and rephotographing right over Nectaris to remove distortions. I wish nature paid a little better attention to our theories. But Nectaris isn't alone in having tangential ejecta - if you trace back the broad rays in Mare Nubium you will see they are tangent to Tycho, not radial. Scientists don't know enough about huge impact collisions to completely understand all the details. Did it - an impact basin secondary crater chain - come from some other basin? The Rheita Valley probably did originate from the formation of Nectaris because that is the nearest basin and there are other nearby radial features such as the Snellius Valley. Peter wonders why the Rheita Valley isn't radial to Nectaris. If you put a straight edge along the Rheita Valley you will see that Hartmann was right about it too - it is tangent to one of the basin's inner rings. The yellow line passes through the Mallet Valley and also very close to the center on the Nectaris Basin. To confirm this analysis, Jim Mosher used LTVT and an excellent image from imagers in Minsk, Russia to create a view centered on Nectaris. Hartmann pointed out that the more distant part - which he called the Mallet Valley after the crater near the bend - is radial to the center of the Nectaris Basin, and the Rheita Valley is really tangent to the inner basin ring. Peter wondered if the Valley was really straight or if it just looks bent because of our view from Earth. In the book I quoted Baldwin and Hartmann that the Valley bends near the middle. Peter had imaged the Rheita Valley under favorable libration and read about it in The Modern Moon (p 105). That is wonderful, because there is always something new to learn when looking carefully at the Moon.
Recently Peter Lloyd was imaging the Moon and thinking about what he saw. left from the Minsk Miracle Imagers, reprojected by Jim Mosher, somewhere in California
Right image by Peter Lloyd, Bedfordshire, UK.
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