FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3089575099> ?p ?o ?g. }

• W3089575099 endingPage "105095" @default.
• W3089575099 startingPage "105095" @default.
• W3089575099 abstract "The Advanced Pointing Imaging Camera (APIC) is designed to obtain high-resolution imaging data to measure a target’s geophysical and geodetic properties. The development of APIC originates from NASA’s Homesteader program of technology development for candidate New Frontiers missions. The unique science enabled by APIC derives from its ability to simultaneously take images of the target and star field, allowing high-precision camera pointing knowledge with each high-resolution target image. APIC is small (28 ​cm ​× ​18 ​cm ​× ​24 ​cm encompassing volume), light-weight (6 ​kg total), and moderate in power (13 ​W maximum) while being high performance and robust to long missions in deep space. APIC incorporates two imagers, one narrow-angle camera (NAC) and one wide-angle camera (WAC) that can operate simultaneously. Both cameras utilize the CMOS-based Mars 2020 Engineering Camera technology with an option of either clear or Red-Green-Blue colors and have wide apertures to enable short exposures and thus perform at a wide range of targets. The NAC has a pixel resolution of 18 ​μrad and 4° field of view and the WAC has a pixel resolution of 82 ​μrad and 18° field of view. APIC also has two gimbals, allowing rapid camera pointing updates without the need to change the spacecraft attitude; thus, not interfering with other onboard sensors or spacecraft operations. Both gimbals are capable of compensating for relative spacecraft-target motion (i.e., image motion compensation) with an angular speed of up to 30°/s (i.e., 0.5 ​rad/s). Many of APIC components are commercial-off-the-shelf (COTS), or adapted from other NASA flight programs, which makes APIC very competitive in cost and gives it a high technical maturity. APIC’s high-resolution images enable the determination of high-accuracy topography for geologic studies. This paper presents details of APIC’s characteristics and functionalities as well as specific science objectives that APIC data can address, such as measuring a geometric tidal flexing through estimating the tidal Love number, h2 and l2, and small rotational effects, such as libration and precession, of natural satellites and small bodies (i.e., asteroids and comets) that are key to exploring a planetary body’s interior. Improved knowledge of spacecraft orbit via landmark tracking using the APIC data would also improve the recovery of low-degree gravitational parameters such as k2. In this paper, the performance of APIC is presented by showing how well the tidal deformation and libration measurements can be recovered with realistic mission scenarios and configurations." @default.
• W3089575099 created "2020-10-08" @default.
• W3089575099 creator A5026255560 @default.
• W3089575099 creator A5029987870 @default.
• W3089575099 creator A5052390187 @default.
• W3089575099 creator A5061699866 @default.
• W3089575099 creator A5062396389 @default.
• W3089575099 creator A5062477207 @default.
• W3089575099 creator A5084943392 @default.
• W3089575099 creator A5091740706 @default.
• W3089575099 date "2020-12-01" @default.
• W3089575099 modified "2023-10-03" @default.
• W3089575099 title "Advanced Pointing Imaging Camera (APIC) for planetary science and mission opportunities" @default.
• W3089575099 cites W1174751272 @default.
• W3089575099 cites W1787046893 @default.
• W3089575099 cites W1900783992 @default.
• W3089575099 cites W1936684959 @default.
• W3089575099 cites W1965820870 @default.
• W3089575099 cites W1975299483 @default.
• W3089575099 cites W1977823083 @default.
• W3089575099 cites W1978802573 @default.
• W3089575099 cites W1981350194 @default.
• W3089575099 cites W1987373658 @default.
• W3089575099 cites W1990779019 @default.
• W3089575099 cites W1995099272 @default.
• W3089575099 cites W1998495035 @default.
• W3089575099 cites W2003169669 @default.
• W3089575099 cites W2005134322 @default.
• W3089575099 cites W2005379307 @default.
• W3089575099 cites W2009708249 @default.
• W3089575099 cites W2013965871 @default.
• W3089575099 cites W2014546762 @default.
• W3089575099 cites W2014788127 @default.
• W3089575099 cites W2021319608 @default.
• W3089575099 cites W2023713608 @default.
• W3089575099 cites W2027731272 @default.
• W3089575099 cites W2034380097 @default.
• W3089575099 cites W2040815976 @default.
• W3089575099 cites W2046854517 @default.
• W3089575099 cites W2050909049 @default.
• W3089575099 cites W2052916940 @default.
• W3089575099 cites W2056604828 @default.
• W3089575099 cites W2060265382 @default.
• W3089575099 cites W2060461593 @default.
• W3089575099 cites W2060536487 @default.
• W3089575099 cites W2063480122 @default.
• W3089575099 cites W2065247602 @default.
• W3089575099 cites W2076841987 @default.
• W3089575099 cites W2077499895 @default.
• W3089575099 cites W2085381054 @default.
• W3089575099 cites W2086841799 @default.
• W3089575099 cites W2087168055 @default.
• W3089575099 cites W2091069228 @default.
• W3089575099 cites W2097197675 @default.
• W3089575099 cites W2097312902 @default.
• W3089575099 cites W2097364803 @default.
• W3089575099 cites W2106910121 @default.
• W3089575099 cites W2117441482 @default.
• W3089575099 cites W2122061674 @default.
• W3089575099 cites W2122990823 @default.
• W3089575099 cites W2124540418 @default.
• W3089575099 cites W2124656698 @default.
• W3089575099 cites W2132325827 @default.
• W3089575099 cites W2134911415 @default.
• W3089575099 cites W2136731888 @default.
• W3089575099 cites W2142238660 @default.
• W3089575099 cites W2150395661 @default.
• W3089575099 cites W2151202996 @default.
• W3089575099 cites W2154082899 @default.
• W3089575099 cites W2168337659 @default.
• W3089575099 cites W2501198355 @default.
• W3089575099 cites W2609739496 @default.
• W3089575099 cites W2751708159 @default.
• W3089575099 cites W2765772991 @default.
• W3089575099 cites W2781879787 @default.
• W3089575099 cites W2888935049 @default.
• W3089575099 cites W2898322057 @default.
• W3089575099 cites W3121583736 @default.
• W3089575099 cites W4247443114 @default.
• W3089575099 cites W922510368 @default.
• W3089575099 doi "https://doi.org/10.1016/j.pss.2020.105095" @default.
• W3089575099 hasPublicationYear "2020" @default.
• W3089575099 type Work @default.
• W3089575099 sameAs 3089575099 @default.
• W3089575099 citedByCount "8" @default.
• W3089575099 countsByYear W30895750992021 @default.
• W3089575099 countsByYear W30895750992022 @default.
• W3089575099 countsByYear W30895750992023 @default.
• W3089575099 crossrefType "journal-article" @default.
• W3089575099 hasAuthorship W3089575099A5026255560 @default.
• W3089575099 hasAuthorship W3089575099A5029987870 @default.
• W3089575099 hasAuthorship W3089575099A5052390187 @default.
• W3089575099 hasAuthorship W3089575099A5061699866 @default.
• W3089575099 hasAuthorship W3089575099A5062396389 @default.
• W3089575099 hasAuthorship W3089575099A5062477207 @default.
• W3089575099 hasAuthorship W3089575099A5084943392 @default.
• W3089575099 hasAuthorship W3089575099A5091740706 @default.
• W3089575099 hasConcept C121332964 @default.

• next