Bu program yardımı ile Youtube videolarını hard diskinizedirekt AVI formatında kayıt yapabileceksiniz.
Lisanslı hale getirmek için de Keygen .rar dosyanın içindedir.
1. Rar dosyasını açın
2. Yükleme yapın (Install)
3. Keygen klasöründeki keygen.exe dosyasını
çalıştırarak istediğiniz isimde lisans kodunu oluşturun
kopyala-yapıştır ile program içinde Help-About tan
lisanslı hale getirin.
Naevius YouTube Converter 1.3 is a convenient tool to download and convert your favorite videos from YouTube website into the standard AVI DivX video format. To download a video to your computer, enter the YouTube URL for the video, click Start button. It will be downloaded and converted in AVI format - use Windows Media Player or another compatible player to view it. Unlike other similar services, YouTube Video allows only viewing video inside client's browser (YouTube's video player is designed to be used within your browser as an Internet experience), and currently you can't download our videos to your computer. But it can be easily downloaded and converted to the common "avi" format with Naevius YouTube Converter!
http://rapidshare.com/files/32067437/Naevius_YouTube_Converter_ver.1.3.rar (3.2 MB)
While the aesthetics and symmetry of Fibonacci spiral patterns has often attracted scientists, a mathematical or physical explanation for their common occurrence in nature is yet to be discovered. Recently, scientists have successfully produced Fibonacci spiral patterns in the lab, and found that an elastically mismatched bi-layer structure may cause stress patterns that give rise to Fibonacci spirals. The discovery may explain the widespread existence of the pattern in plants.
In their experiment, the scientists used a technique from stress engineering, which is often used for the mass fabrication of micro- and nanostructures. On an elastically mismatched structure, which consists of a stiff layer on a compliant surface, a variety of buckling occurs. In this example, the scientists heated a mixture of SiO and Ag2O to prepare the silver-cored, silicon-dioxide-shelled microstructures onto substrates at 1270 K, a temperature above the melting point of silver but below that of silicon dioxide, in order to achieve the proper elasticity difference in the subsequent cooling process.
Elvis Presley - Love, Elvis
This scan back 6x17 camera is extremely fast. The image results are comparable to a one-shot digital or film back. This is possible thanks to a very high read-out speed of 300 MB per second - 100x faster than for any existing scan back. The fastest exposure speed is 1/20'000 - or one second for the entire 6x17 scan at full resolution!
Compared to previous surface sensors, the sensitivity of the Seitz D3 sensor is significantly higher. Or compared to conventional scanning cameras, the sensitivity is increased by factor 100. This results in a very broad ISO/ASA range (equivalent) of 500 to 10,000, which makes this camera the perfect instrument for virtually all light situations. Our new stage selection technology allows to control sensitivity by selecting smaller or larger areas of the sensor. This means: additional sensitivity without any additional noise!
We designed this camera to meet the expectations of those photographers who like to take their equipment on exploratory adventures.
All components are fully modular - the tablet PC (control, display and storage device) can be adapted to your specific needs.
The camera can also be used in the studio, running the software from a computer (Mac, PC, Linux) via gigabit ethernet connection.
For best image results we recommend using the advanced Schneider or Rodenstock lenses on a Seitz lens board.
Another possibility is to use large-format lenses of existing 6x17 panoramic cameras such as Linhof Technorama, Fuji and others. These lenses are connected to the Seitz camera on an optional adaptor plate.
All lens types and brands can be interchanged without any restrictions.
Technical Data Seitz D3 Scan Back Sensor
Manufacturer DALSA Corporation exclusive for Seitz
Type TDI
Stages Multiple for sensitivity control
Vertical resolution 7,500 pixels (60mm)
Pixel size 8µm x 8µm
Noise level 19 electrons / 50,000
Dynamic range 1 : 2,600 (11 f-stops)
Anti-Blooming >1,000x
