. June 10, 2000___ SOHO/EIT, 195 (rerotated difference to 16:24 UT) . Frame: Speed: (frames/sec) . Range Start: Range Stop:

... To derive the motion of a penny dropped inside an airliner moving at 600 miles/hr (about 1000 km/hr)--should we calculate it with respect to the interior of the airliner, or with respect to the ground? ... And if a similar penny is let go inside an orbiting spaceship--should its motion be calculated relative to the interior of the spaceship, or relative to the Earth outside? ... Each such choice is known as a frame of reference . Some possible frames are -- the interior of the airliner, . ...

... 22.Reference Frames . ... Inertial Forces . 23a. The Centrifugal Force . ... When calculating the motions of the oceans and the atmosphere, it is much easier to use reference points on the rotating Earth and add a centrifugal force to all equations. ... The rest arises because the Earth is not a perfect sphere: the centrifugal force of its rotation causes its equator to bulge out , making the surface there more distant from the Earth s center and thus weakening the gravitational pull. ...

... Procedure . ... Wind Baffle Pendant Control, located in the 2.5m enclosure. Spreader Bar for wind baffle counterweights, located behind the Machine shop. ... Wind baffle frame tied to eyebolt in floor. ... Move the inner white wind baffle counterweight from the temporary mounting blocks at the front of the wind baffle frame to the standard location at the back. ... Rig the secondary truss to the overhead crane using a large shackle and 4 long nylon straps (load capacity of 1000 Lb. each). ...

... The PlutoCCD CCD is a video rate, low noise, 2048 x 1024 element, 9-micron or 12-micron pixel back-illuminated CCD. ... PlutoCCD 2048 x 1024 Element Split-Frame Transfer CCD . ... A picture of a Split Frame Transfer version of the PlutoCCD CCD is shown in Figure 2-1. ... As can be seen in Table 2-2, which documents the performance measured for the design, the 12-micron PlutoCCD CCD achieves less than 5 electrons rms. noise, full well exceeding 240,000 electrons, and linearity better than one percent...

Revolution: 2527 . POS_2527_130925_195_00_0002.XMM . ... 2013-09-25 | ... PSF version: 2527_03.PSF . ... SOPS_CLOSE . ... ACTIVE_CLOSE . ... Slew: 6196 secs . ... Obs_dur: 12000 secs . ... 004: 10986 sec . ... 005: 10981 sec . ... 001: 10881 sec . ... 002: 10852 sec . ... 003: 9509 sec . ... CLOSED . ... Slew: 1107 secs . ... Obs_dur: 13000 secs . ... 004: 11986 sec . ... 005: 11981 sec . ... 001: 11881 sec . ... 002: 11852 sec . ... 003: 10509 sec . ... Slew: 3069 secs . ... 003: 2744 sec . ...

... 1 available ; Nd:YAG based laser transmitter; 24 W average power (100 MW peak power ) at 532 nm; Additional output at 1064 nm fundamental (currently 355 nm is not available ); 6 ns pulse width; 40 Hz operation; 80 cm diameter Cassegrain telescope receiver; Fully pointable (but generally aircraft restricted to within 45 o of zenith; Electronic gated photomultiplier tube detection with low-altitude chopper; Data collection is ... F. Airglow Mirror Systems: . ...

... HST Phase II Proposal Instructions for Cycle 20 > Chapter 5: Visits, Exposures and Exposure Groups > 5.13 Central Wavelength or Range if Grating or Prism Used [Wavelength] . ... Use vacuum wavelengths below 2000 е, and air wavelengths above 2000 е. For STIS and COS exposures, the central wavelength must obey one of the legal spectral element/wavelength combinations given in Table 9.2: Supported Central Wavelengths for STIS Gratings and Table 12.3: COS Spectral Elements and Central Wavelengths . ...

Next: cube2mpeg: converting movies to Up: ksnow & ktrek: displaying Previous: ksnow . With ktrek you can fly through the data table or step through it. ... With the buttons Forward, Back, Left, Right, Up and Down you step through the table. ... Store and Deleting frames љ љ . The button Store frame , the current fram will be stored in a buffer. ... The name of the movie is ktrek_movie.kf . ... The size of the movie is 100 frames. ... Delete frame deletes the last frame in the frame buffer. ...

... Ranger 7 was designed to achieve a lunar impact trajectory and to transmit high-resolution photographs of the lunar surface during the final minutes of flight. ... Velocity at impact was 2.62 km/sec (1.62 miles per second). ... The television system consisted of a six slow-scan vidicon TV cameras capable of transmitting high-resolution, close-up television pictures of the lunar surface during the final minutes of flight before the spacecraft impacted the lunar surface. ...

IMAGING PRODUCTS TM-1001 PROGRESSIVE SCAN HIGH RESOLUTION SHUTTER CAMERA Pr oduct Featur es · Very high resolution 1" progressive · · · · · · · · scanning 1024(H) x 1024(V) interline transfer CCD imager Digital RS-422 output for progressive scan or analog output with monitor display format 15 frames per sec. Full-frame shutter to 1/16,000 sec. ... The electronic shutter, which has speeds to 1/16,000 sec., can be reset asynchronously by external pulse control. The frame rate is 15 fps. ...

... Reference Documents RD1 Technical Requirements: Fast Tip-Tilt /Narrow-field Acquisition System (INT-403-ENG-0003) ­ rev 2.2, May 20th 2010 RD2 FTT / NAS Conceptual Design Report (MRO-TRE-CAM-0000-0102) Acronyms and Abbreviations FTT FLC FOV GUI ISS Fast Tip-Tilt First Light Camera Field-of-View Graphical User Interface Interferometer Supervisory System NAS NMT TBC TBD UT Narrow-field ... 1 2 3 4 5 6 7 8 9 Description Status of See design at RD2 CoDR Sec. ...

ПЕРЕЛ?К ПУБЛ?КАЦ?Й СП?ВРОБ?ТНИК?В ГАО . ... Яцкив Я.С. Нурутдинов К.Х. Международный проект MERIT. ... Яцкив Я.С. Монтаг Х. О создании сети опорных геодинамических станций. ... Яцкив Я.С. Положенцев Д.Д. Новое определение собственных движений фундаментальных слабых звезд со склонениями от +90 град. до -20 град. ... Яцкив Я.С. Тарадий В.К. Нурутдинов К.Х. Цесис М.Л. Яновицкая Г.Т. Вращение Земли по данным лазерных наблюдений ИСЗ ЛАГЕОС. ... Яцкив Я.С. Матвиенко Л.И. Сагдеев Р.З. Балебанов В.М. и др. ...

... Some wonder if smaller wheels have less inertia and therefore give greater acceleration, while others believe that the smaller wheel has to spin faster, so it is a wash. ... The kinetic energy in the wheel is a measure of how much energy you've spent just getting the wheel to spin rather than investing that energy into the road. ... Larger wheels have less rolling resistance, for several reasons. ... So how much difference does the lower inertia of smaller wheels really make? ...

Night of November 8-9, 2012 =========================== Jupiter with the CDK20n Sloan g',r',i',z' filters 256x256 subframe Exposures g' 0.01 second r' 0.006 second i' 0.01 second Combined and aligned with astroimagej -- Loaded in order i', r', g' Images -> Stack Stack -> Color composite Adjusted ranges for full range in each frame Unsharp masked 1.5 pixels Saved as png Transformed to flip x, rotate 180 putting N up and W to right

... Laser GLONASS" is a combination of methods and technology that will radically reduce that error. ... 2 LASER GLONASS Purpose of creation of laser technologies and systems Achievement of GLONASS target characteristics Component of error of position and time determination due to the space segment real time ­ up to 0.6 m and 0.1* m (base values ­ 2.8 m and 1.0* m) in posterior mode ­ up to 0.03 m (base value 0.1 m) up to 1 ns (base value ... 14 LASER GLONASS Thank you for your attention! ...

... Previous: Residual Bias Removal in HST NICMOS Images . ... Bias frames taken with CCDs should be homogeneous in intensity. ... Using a large number of bias frames obtained in one specific run, the time-dependent pattern was found to be built up of a fixed one-dimensional periodic function whose phase-shift varies from row to row. It was successfully removed from calibration and science frames through the use of pre- and upscan ``bias'' pixels available in each of these frames. ...

... Bad Astronomy . Misconceptions . ... Bad Astronomy : The Moon only shows one face to us because it is not rotating. Better astronomy : The Moon only shows one face because it is rotating, once every time it revolves around the Earth. ... Place the Moon model on the table about 30 centimeters (one foot) away with the X facing the Earth model. ... You'll see that to keep the X facing the Earth model, you have to rotate the Moon model as it goes around the Earth model . ... 2008 Phil Plait. ...

Astronomy Picture of the Day . ... The two frames were taken several hours apart by the Soft X-ray Telescope on board the orbiting Yohkoh observatory. ... Rapidly transmitting a series of pictures to ground controllers, its camera recorded this one at an altitude of about 11 kilometers, 5 seconds before impacting the lunar surface. ... Asia at Night . ... Noctilucent Clouds . ... Hundreds of galaxies appear as faint smudges of light in this Hubble Space Telescope picture of galaxy cluster MS1054-03. ...

Microsymposium 34, MS058, 2001 ANOMALIES OF THE MOON'S THERMAL EMISSION IN THE IR SPECTRAL RANGE (10.5 - 12.5 micron). ... Sternberg State Astronomical Institute, Moscow, 119899, Russia, pugach@sai.msu.ru Summary: New satellite measurements of the lunar-surface radiation temperature were used to construct the spatial angular function of thermal radiation of the Moon in the infrared (10.5-12.5 micron) spectral range. ... These thermal anomalies are observed only in the limited range of phase angles. ...