Search Results - "Solar System"

Development of Low Power Converter Solar-Base System by Farhat, Mohamed Agribi

Subjects: “…Solar system…”
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Solar system for irrigation system by Mohd Hazil Akhtar, Mohd Ghazali

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Solar System Game For Children’s Learning by Muhammad Zarith Aidid, Che Zakaria

“…An engaging 2D platformer game with a heavy focus on our solar system as its central theme, the Solar System Game Application is made for kids between the ages of 7 and 12. …”
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Field Trip Report – Long Puah’s Kindergarten Solar System Installation & Long Lamai’s Telecentre Solar System Troubleshooting by Jumat, Yusri

“…Mr Simon Tsai (the previous lighting project contractor) had kindly donated one unit of the solar system Due to the donation, the objective was changed instead of migrating one existing solar system at the long house to a kindergarten, to install a new solar system at the kindergarten.…”
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Virtual solar system / Chong Yee Wah by Chong, Yee Wah

“…In this Virtual Solar System's project, the goal is to create the interest for the younger generation especially in the primary school the existing of Virtual Reality world and to provide some basic information pertaining all the planets. …”
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Buck-boost converter for PV solar system by Mohd Firdaus, Zainal Abidin

“…The PV solar system is a promising technology of harnessing renewable energy to be used in this world. …”
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Multimedia Software Development - Exploring The Solar System by Lau, Pung Wee

“…The developed multimedia software was made up of six basic parts: History Of Astronomy, Exploring The Sky, The Solar System, Astronomical Tools, Astronomical Quiz and Astronomical Experts. …”
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Exploration of the solar system using multimedia technology by Devaraju, Anusuriya, Muniandy, Sucilia Devi, Maksom, Zulisman

“…The courseware enables students to discover the facts and phenomena of the Solar System through an archive of text, graphics, audio, videos, 2D and 3D animations. …”
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Development of mini encylopedia on solar system / Noorshida Amir by Amir, Noorshida

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Giant convecting mud balls of the early solar system by Bland, Phil, Travis, B.

“…Carbonaceous asteroids may have been the precursors to the terrestrial planets, yet despite their importance, numerous attempts to model their early solar system geological history have not converged on a solution. …”
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High-velocity impacts in porous solar system materials by Miljković, Katarina, Collins, G., Chapman, D., Patel, M., Proud, W.

“…High-velocity impacts on planetary surfaces are common events in the solar system. The conse-quences of such impacts depend, in part, on the properties of the target solar system body, such as surface strength, porosity and gravity. …”
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Search strategies for Trojan asteroids in the inner Solar System by Todd, Michael, Coward, D., Zadnik, Marjan

“…They are important because they carry information on early Solar System formation, when collisions between bodies were more frequent. …”
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Studying the Solar system with the International Pulsar Timing Array by Caballero, R., Guo, Y., Lee, K., Lazarus, P., Champion, D., Desvignes, G., Kramer, M., Plant, K., Arzoumanian, Z., Bailes, M., Bassa, C., Bhat, Ramesh, Brazier, A., Burgay, M., Burke-Spolaor, S., Chamberlin, S., Chatterjee, S., Cognard, I., Cordes, J., Dai, S., Demorest, P., Dolch, T., Ferdman, R., Fonseca, E., Gair, J., Garver-Daniels, N., Gentile, P., Gonzalez, M., Graikou, E., Guillemot, L., Hobbs, G., Janssen, G., Karuppusamy, R., Keith, M., Kerr, M., Lam, M., Lasky, P., Lazio, T., Levin, L., Liu, K., Lommen, A., Lorimer, D., Lynch, R., Madison, D., Manchester, R., McKee, J., McLaughlin, M., McWilliams, S., Mingarelli, C., Nice, D., Osiowski, S., Palliyaguru, N., Pennucci, T., Perera, B., Perrodin, D., Possenti, A., Ransom, S., Reardon, D., Sanidas, S., Sesana, A., Shaifullah, G., Shannon, Ryan, Siemens, X., Simon, J., Spiewak, R., Stairs, I., Stappers, B., Stinebring, D., Stovall, K., Swiggum, J., Taylor, S., Theureau, G., Tiburzi, C.

“…Pulsar-timing analyses are sensitive to errors in the Solar-system ephemerides (SSEs) that timing models utilize to estimate the location of the Solar-system barycentre, the quasi-inertial reference frame to which all recorded pulse times-of-arrival are referred. …”
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Nebular evolution and volatile depletion in the inner Solar System by Bland, Philip, Ciesla, F

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Design and fabrication of dual axis solar system tracker by Muhammad Amir Syahiran, Muhammad Tarminzi

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First discovery augmented reality for learning solar systems by Kasinathan, Vinothini, Mustapha, Aida, Hasibuan, Muhammad Azani, Zainal Abidin, Aida Zamnah

“…This application supplements a traditional book that contains 10 target images for solar system and its planets, which can be scanned by the AR camera in FD application. …”
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Measuring the mass of solar system planets using pulsar timing by Champion, D., Hobbs, G., Manchester, R., Edwards, R., Backer, D., Bailes, M., Bhat, Ramesh, Burke-Spolaor, S., Coles, W., Demorest, P., Ferdman, R., Folkner, W., Hotan, A., Kramer, M., Lommen, A., Nice, D., Purver, M., Sarkissian, J., Stairs, I., Van Straten, W., Verbiest, J., Yardley, D.

“…High-precision pulsar timing relies on a solar system ephemeris in order to convert times of arrival (TOAs) of pulses measured at an observatory to the solar system barycenter. …”
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Mesoscale modeling of impact compaction of primitive solar system solids by Davison, T., Collins, G., Bland, Phil

“…We have developed a method for simulating the mesoscale compaction of early solar system solids in low-velocity impact events using the iSALE shock physics code. …”
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Volatile fractionation in the early solar system and chondrule/matrix complementarity by Bland, Phil, Alard, O., Benedix, Gretchen, Kearsley, A., Menzies, O., Watt, L., Rogers, N.

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Measuring the Mass of Solar System Planets Using Pulsar Timing by Champion, D., Hobbs, G., Manchester, R., Edwards, R., Backer, D., Bailes, M., Bhat, N.D.R., Burke-Spolaor, S., Coles, W., Demorest, P.B., Ferdman, R.D., Folkner, W.M., Hotan, Aidan, Kramer, M., Lommen, A.N., Nice, D.J., Purver, M.B., Sarkissian, J., Stairs, I.H., van Straten, W., Verbiest, J.P.W., Yardley, D.R.B.

“…High-precision pulsar timing relies on a solar system ephemeris in order to convert times of arrival (TOAs) of pulses measured at an observatory to the solar system barycenter. …”
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