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<row><id>1454</id><tag>congress</tag><pathname>IAC-11</pathname><relpath>../../</relpath><name>IAC-11</name><caption>62nd International Astronautical Congress</caption></row>
<row><id>1467</id><tag>symposium</tag><pathname>IAC-11/C1</pathname><relpath>../</relpath><name>C1</name><caption>ASTRODYNAMICS SYMPOSIUM</caption></row>
<row><id>1529</id><tag>session</tag><pathname>IAC-11/C1/3</pathname><relpath/><name>3</name><caption>Orbital Dynamics - Part 1</caption></row>
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<row><id>1529</id><tag>session</tag><pathname>IAC-11/C1/3</pathname><name>3</name><title xsi:nil="true"/><caption>Orbital Dynamics - Part 1</caption><descr>This theme discusses advances in orbital dynamics, orbit determination, and orbit control. It includes orbital dynamics associated with constellations and formation flying.</descr><Date>2011-10-04 15:00</Date><Room>TS-04</Room></row>
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<row><hello>Prof.</hello><first>Rock Jeng-Shing</first><last>Chern</last><company>University of Science &amp; Technology</company><country>Taiwan, China</country><func>ipc.chairman</func><function>Chairman</function></row>
<row><hello>Prof.</hello><first>Filippo</first><last>Graziani</last><company>University of Rome “La Sapienza”</company><country>Italy</country><func>ipc.chairman</func><function>Chairman</function></row>
<row><hello>Prof.</hello><first>Josep J.</first><last>Masdemont</last><company>Universitat Politecnica de Catalunya (UPC)</company><country>Spain</country><func>ipc.rapporteur</func><function>Rapporteur</function></row>
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<resultset>
<row><id>9272</id><sequence>1</sequence><revise>confirmed</revise><Mode/><title>Effect of a drag force due to absorption of solar radiation on solar sail orbital dynamics</title><username>rkezerashvili</username><author>Prof. Roman Ya. Kezerashvili</author><company>New York City College of Technology</company><country>United States</country></row>
<row><id>9672</id><sequence>2</sequence><revise>confirmed</revise><Mode/><title>Analytical Solutions of the Relative Motion About a Keplerian Elliptic Orbit</title><username>gerard.gomez</username><author>Prof. Gerard Gomez</author><company>University of Barcelona</company><country>Spain</country></row>
<row><id>9783</id><sequence>3</sequence><revise>confirmed</revise><Mode/><title>Post-aerocapture orbit selection and maintenance for the Aerofast mission to Mars</title><username>mauro.pontani@tin.it</username><author>Dr. Mauro Pontani</author><company>University of Rome “La Sapienza”</company><country>Italy</country></row>
<row><id>9899</id><sequence>4</sequence><revise>confirmed</revise><Mode/><title>An Extended Discussion on the DoubleStar Orbits</title><username>jstang</username><author>Dr. Jingshi Tang</author><company>Nanjing University</company><country>China</country></row>
<row><id>10132</id><sequence>5</sequence><revise>confirmed</revise><Mode/><title>Station keeping of a solar sail in the solar system</title><username>ariminus</username><author>Dr. Ariadna Farrés</author><company>Université de Bourgogne</company><country>France</country></row>
<row><id>10340</id><sequence>6</sequence><revise>withdrawn</revise><Mode/><title>India's first MARS Mission Orbit Determination System</title><username>vignes@isac.gov.in</username><author>Dr. Narayanasetti Venkata Vighnesam</author><company>Indian Space Research Organization (ISRO)</company><country>India</country></row>
<row><id>10545</id><sequence>7</sequence><revise>confirmed</revise><Mode/><title>Optimal Impulsive Orbital Maneuver between Noncoplanar Noncoaxial orbits with or without Time constraint</title><username>civil</username><author>Prof. M. Navabi</author><company>Shahid Beheshti University</company><country>Iran</country></row>
<row><id>10780</id><sequence>8</sequence><revise>confirmed</revise><Mode/><title>Natural Periodic Relative Orbit Solving using Fourier Series</title><username>caojing_495</username><author>Ms. Jing Cao</author><company>College of Astronautics,Northwestern Polytechnical University</company><country>China</country></row>
<row><id>10940</id><sequence>9</sequence><revise>confirmed</revise><Mode/><title>Long-term evolution of Galileo operational orbits by canonical perturbation theory</title><username>mlara@roa.es</username><author>Dr. Martin Lara</author><company xsi:nil="true"/><country>Spain</country></row>
<row><id>11689</id><sequence>10</sequence><revise>confirmed</revise><Mode/><title>Simulation of Orbit and Guidance Design for TSLV</title><username>jschern@cc.hc.cust.edu.tw</username><author>Prof. Rock Jeng-Shing Chern</author><company>University of Science &amp; Technology</company><country>Taiwan, China</country></row>
<row><id>11787</id><sequence>11</sequence><revise>confirmed</revise><Mode/><title>Stability analysis of a highly eccentric orbit around Mars</title><username>bpdaksha13</username><author>Mrs. Bannihatti Parameshwarappa Dakshayani</author><company>ISRO Satellite Centre (ISAC)</company><country>India</country></row>
<row><id>10506</id><sequence>12</sequence><revise>withdrawn</revise><Mode/><title>Mars-Phobos low energy transfer in the restricted three body problem</title><username>qiaodong</username><author>Dr. Dong Qiao</author><company>Beijing Institute of Technology</company><country>China</country></row>
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