<?xml version="1.0" encoding="UTF-8" ?>
<VOEvent role="prediction"
	ivorn="ivo://sot.lmsal.com/VOEvent#2007-05-11T06:09:54Z"
	version="1.11"
	xmlns="http://www.ivoa.net/xml/VOEvent/v1.11"
	xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
	xmlns:lmsal="http://sot.lmsal.com/lmsal"
	xmlns:crd="urn:nvo-coords"
	xsi:schemaLocation="http://www.ivoa.net/xml/VOEvent/VOEvent-v1.1.xsd">


	<Who>
		<!-- Data pertaining to curation: observer, telescope, instrument, planner, tohbans, ... -->
		<Date>2007-06-04T12:04:34.000Z</Date>    <!-- Time VOEvent was generated. -->
		<PublisherID>http://sot.lmsal.com</PublisherID>

		<Contact>
			<Name>Ed DeLuca</Name>
			<Institution>SAO</Institution>
			<Communication>
				<Uri>http://hea-www.harvard.edu</Uri>
				<AddressLine>MS 58, 60 Garden St, Cambridge, MA 02138</AddressLine>
				<Telephone>+1-617-496-7725</Telephone>
				<Email>edeluca@cfa.harvard.edu</Email>
			</Communication>		</Contact>

		<lmsal:Telescope>Hinode</lmsal:Telescope>
		<lmsal:Instrument>XRT</lmsal:Instrument>
		<lmsal:Tohbans>Hara</lmsal:Tohbans>
		<lmsal:ChiefPlanner>Sterling, A.</lmsal:ChiefPlanner>
		<lmsal:ChiefObserver>Ishibashi, B</lmsal:ChiefObserver>
	</Who>


	<What>
		<!-- Data pertaining to what was observed, measured, ...   Some of these tags might move into Who section. -->
		<lmsal:obsId></lmsal:obsId>
		<lmsal:OBS_NUM>7</lmsal:OBS_NUM>
		<lmsal:JOP_ID>0</lmsal:JOP_ID>
		<lmsal:JOP></lmsal:JOP>
		<lmsal:JOIN_SB>null</lmsal:JOIN_SB>    <!-- S=SOT, X=XRT, E=EIS, SX=SOT+XRT, EX=EIS+XRT -->
		<lmsal:OBSTITLE>Active Region near Disk Center</lmsal:OBSTITLE>
		<lmsal:SCI_OBJ>AR</lmsal:SCI_OBJ>     <!--  Scientific objectives -->
		<lmsal:SCI_OBS></lmsal:SCI_OBS>     <!-- Objects being observed -->
		<lmsal:NOAA_NUM></lmsal:NOAA_NUM>
		<lmsal:TARGET>AR</lmsal:TARGET>
		<lmsal:slotNumber>0</lmsal:slotNumber>
	</What>


	<WhereWhen>
		<!-- Space and Time Coordinates. -->
		<ObservatoryLocation ID="Hinode" />

		<ObservationLocation>
			<lmsal:xCen>0</lmsal:xCen>		<!-- xcen and ycen from FITS -->
			<lmsal:yCen>0</lmsal:yCen>
			<lmsal:xFov>0</lmsal:xFov>
			<lmsal:yFov>0</lmsal:yFov>
			<crd:AstroCoords coord_system_id="UTC-HGS-TOPO">
				<crd:Time>
					<crd:TimeInterval>2007-05-11T06:09:54.000Z 2007-05-12T10:41:00.000Z</crd:TimeInterval>
				</crd:Time>
				<crd:Position3D>0 0</crd:Position3D>
			</crd:AstroCoords>
		</ObservationLocation>

		<Group name="saaIntervals">
			<Param name="saaInterval" value="2007-05-11T06:52:00Z 2007-05-11T07:17:30Z" />
			<Param name="saaInterval" value="2007-05-11T08:32:30Z 2007-05-11T08:54:30Z" />
			<Param name="saaInterval" value="2007-05-11T10:12:30Z 2007-05-11T10:29:00Z" />
			<Param name="saaInterval" value="2007-05-11T15:37:30Z 2007-05-11T15:50:30Z" />
			<Param name="saaInterval" value="2007-05-11T15:59:30Z 2007-05-11T16:00:00Z" />
			<Param name="saaInterval" value="2007-05-11T17:13:30Z 2007-05-11T17:37:00Z" />
			<Param name="saaInterval" value="2007-05-11T18:50:30Z 2007-05-11T19:14:00Z" />
			<Param name="saaInterval" value="2007-05-11T20:27:30Z 2007-05-11T20:51:00Z" />
			<Param name="saaInterval" value="2007-05-11T22:05:00Z 2007-05-11T22:27:30Z" />
			<Param name="saaInterval" value="2007-05-11T23:42:30Z 2007-05-11T23:59:30Z" />
			<Param name="saaInterval" value="2007-05-12T01:18:00Z 2007-05-12T01:19:00Z" />
			<Param name="saaInterval" value="2007-05-12T01:19:30Z 2007-05-12T01:26:30Z" />
			<Param name="saaInterval" value="2007-05-12T02:42:00Z 2007-05-12T03:02:30Z" />
			<Param name="saaInterval" value="2007-05-12T04:12:30Z 2007-05-12T04:39:30Z" />
			<Param name="saaInterval" value="2007-05-12T05:50:00Z 2007-05-12T06:17:00Z" />
			<Param name="saaInterval" value="2007-05-12T07:30:30Z 2007-05-12T07:54:30Z" />
			<Param name="saaInterval" value="2007-05-12T09:10:00Z 2007-05-12T09:31:00Z" />
		</Group>
		<Group name="hlIntervals">
			<Param name="hlInterval" value="2007-05-11T06:18:30Z 2007-05-11T06:24:00Z" />
			<Param name="hlInterval" value="2007-05-11T06:34:00Z 2007-05-11T06:40:00Z" />
			<Param name="hlInterval" value="2007-05-11T07:07:30Z 2007-05-11T07:13:30Z" />
			<Param name="hlInterval" value="2007-05-11T07:23:30Z 2007-05-11T07:29:00Z" />
			<Param name="hlInterval" value="2007-05-11T07:57:00Z 2007-05-11T08:02:30Z" />
			<Param name="hlInterval" value="2007-05-11T08:12:30Z 2007-05-11T08:18:30Z" />
			<Param name="hlInterval" value="2007-05-11T08:46:00Z 2007-05-11T08:52:00Z" />
			<Param name="hlInterval" value="2007-05-11T09:02:00Z 2007-05-11T09:07:30Z" />
			<Param name="hlInterval" value="2007-05-11T09:35:30Z 2007-05-11T09:41:00Z" />
			<Param name="hlInterval" value="2007-05-11T09:51:00Z 2007-05-11T09:57:00Z" />
			<Param name="hlInterval" value="2007-05-11T10:24:30Z 2007-05-11T10:30:30Z" />
			<Param name="hlInterval" value="2007-05-11T10:40:30Z 2007-05-11T10:46:00Z" />
			<Param name="hlInterval" value="2007-05-11T11:14:00Z 2007-05-11T11:19:30Z" />
			<Param name="hlInterval" value="2007-05-11T11:29:30Z 2007-05-11T11:35:30Z" />
			<Param name="hlInterval" value="2007-05-11T12:03:00Z 2007-05-11T12:09:00Z" />
			<Param name="hlInterval" value="2007-05-11T12:19:00Z 2007-05-11T12:24:30Z" />
			<Param name="hlInterval" value="2007-05-11T12:52:30Z 2007-05-11T12:58:00Z" />
			<Param name="hlInterval" value="2007-05-11T13:08:00Z 2007-05-11T13:14:00Z" />
			<Param name="hlInterval" value="2007-05-11T13:41:30Z 2007-05-11T13:47:30Z" />
			<Param name="hlInterval" value="2007-05-11T13:57:30Z 2007-05-11T14:03:00Z" />
			<Param name="hlInterval" value="2007-05-11T14:31:00Z 2007-05-11T14:36:30Z" />
			<Param name="hlInterval" value="2007-05-11T14:46:30Z 2007-05-11T14:52:30Z" />
			<Param name="hlInterval" value="2007-05-11T15:20:00Z 2007-05-11T15:26:00Z" />
			<Param name="hlInterval" value="2007-05-11T15:36:00Z 2007-05-11T15:41:30Z" />
			<Param name="hlInterval" value="2007-05-11T16:09:30Z 2007-05-11T16:15:00Z" />
			<Param name="hlInterval" value="2007-05-11T16:25:00Z 2007-05-11T16:31:00Z" />
			<Param name="hlInterval" value="2007-05-11T16:58:30Z 2007-05-11T17:04:30Z" />
			<Param name="hlInterval" value="2007-05-11T17:14:30Z 2007-05-11T17:20:00Z" />
			<Param name="hlInterval" value="2007-05-11T17:48:00Z 2007-05-11T17:53:30Z" />
			<Param name="hlInterval" value="2007-05-11T18:03:30Z 2007-05-11T18:09:30Z" />
			<Param name="hlInterval" value="2007-05-11T18:37:00Z 2007-05-11T18:43:00Z" />
			<Param name="hlInterval" value="2007-05-11T18:53:00Z 2007-05-11T18:58:30Z" />
			<Param name="hlInterval" value="2007-05-11T19:26:30Z 2007-05-11T19:32:00Z" />
			<Param name="hlInterval" value="2007-05-11T19:42:00Z 2007-05-11T19:48:00Z" />
			<Param name="hlInterval" value="2007-05-11T20:15:30Z 2007-05-11T20:21:30Z" />
			<Param name="hlInterval" value="2007-05-11T20:31:30Z 2007-05-11T20:37:00Z" />
			<Param name="hlInterval" value="2007-05-11T21:05:00Z 2007-05-11T21:10:30Z" />
			<Param name="hlInterval" value="2007-05-11T21:20:30Z 2007-05-11T21:26:30Z" />
			<Param name="hlInterval" value="2007-05-11T21:54:00Z 2007-05-11T22:00:00Z" />
			<Param name="hlInterval" value="2007-05-11T22:10:00Z 2007-05-11T22:15:30Z" />
			<Param name="hlInterval" value="2007-05-11T22:43:30Z 2007-05-11T22:49:00Z" />
			<Param name="hlInterval" value="2007-05-11T22:59:00Z 2007-05-11T23:05:00Z" />
			<Param name="hlInterval" value="2007-05-11T23:32:30Z 2007-05-11T23:38:30Z" />
			<Param name="hlInterval" value="2007-05-11T23:48:30Z 2007-05-11T23:54:00Z" />
			<Param name="hlInterval" value="2007-05-12T00:22:00Z 2007-05-12T00:27:30Z" />
			<Param name="hlInterval" value="2007-05-12T00:37:30Z 2007-05-12T00:43:30Z" />
			<Param name="hlInterval" value="2007-05-12T01:11:00Z 2007-05-12T01:17:00Z" />
			<Param name="hlInterval" value="2007-05-12T01:27:00Z 2007-05-12T01:32:30Z" />
			<Param name="hlInterval" value="2007-05-12T02:00:30Z 2007-05-12T02:06:00Z" />
			<Param name="hlInterval" value="2007-05-12T02:16:00Z 2007-05-12T02:22:00Z" />
			<Param name="hlInterval" value="2007-05-12T02:49:30Z 2007-05-12T02:55:30Z" />
			<Param name="hlInterval" value="2007-05-12T03:05:30Z 2007-05-12T03:11:00Z" />
			<Param name="hlInterval" value="2007-05-12T03:39:00Z 2007-05-12T03:44:30Z" />
			<Param name="hlInterval" value="2007-05-12T03:54:30Z 2007-05-12T04:00:30Z" />
			<Param name="hlInterval" value="2007-05-12T04:28:00Z 2007-05-12T04:34:00Z" />
			<Param name="hlInterval" value="2007-05-12T04:44:00Z 2007-05-12T04:49:30Z" />
			<Param name="hlInterval" value="2007-05-12T05:17:30Z 2007-05-12T05:23:00Z" />
			<Param name="hlInterval" value="2007-05-12T05:33:00Z 2007-05-12T05:39:00Z" />
			<Param name="hlInterval" value="2007-05-12T06:06:30Z 2007-05-12T06:12:30Z" />
			<Param name="hlInterval" value="2007-05-12T06:22:30Z 2007-05-12T06:28:00Z" />
			<Param name="hlInterval" value="2007-05-12T06:56:00Z 2007-05-12T07:01:30Z" />
			<Param name="hlInterval" value="2007-05-12T07:11:30Z 2007-05-12T07:17:30Z" />
			<Param name="hlInterval" value="2007-05-12T07:45:00Z 2007-05-12T07:51:00Z" />
			<Param name="hlInterval" value="2007-05-12T08:01:00Z 2007-05-12T08:06:30Z" />
			<Param name="hlInterval" value="2007-05-12T08:34:30Z 2007-05-12T08:40:00Z" />
			<Param name="hlInterval" value="2007-05-12T08:50:00Z 2007-05-12T08:56:00Z" />
			<Param name="hlInterval" value="2007-05-12T09:23:30Z 2007-05-12T09:29:30Z" />
			<Param name="hlInterval" value="2007-05-12T09:39:30Z 2007-05-12T09:45:00Z" />
			<Param name="hlInterval" value="2007-05-12T10:13:00Z 2007-05-12T10:18:30Z" />
			<Param name="hlInterval" value="2007-05-12T10:28:30Z 2007-05-12T10:34:30Z" />
		</Group>
	</WhereWhen>


	<Why>
		<!-- Why was observation performed.  Initial scientific assessment, hypothesized mechanisms, classifications, ... -->
		<Concept>
			<lmsal:Goal>CDS/UVCS + Ulysses Campaign</lmsal:Goal>
			<lmsal:Purpose>SMALL_ACTIVE_REGION_MHD_Wave_2</lmsal:Purpose>
		</Concept>

		<Description>
			Tim File-OBS_DEC:  MHD Waves-Al/Mesh(thick-Al)-20s cadence-Ti/poly context - 384x384 - AEC1; Daily Note:  Run alignment program today. Make offset 930"" (conservative due to night drift).  AOCS orbit element update needed to account for safehold-mode HW-timer bug.  XRT to recover from reset error. SOT: Quiet Sun obs: McIntosh TRACE coordination at disk center.  XRT: STEREO campaign; SOHO/UCVS-Ulysses campaign  EIS:  1) UVCS-Ulysses campaign: Abundances as function of height in AR. EIS is requested to observe AR at the limb for a min of 4 hr 15 min per day on five days spanning west limb passage [7th May to disappearance of AR]  2) STEREO campaign. EIS will raster the slit across the active region on the disc and at the limb. (STEREO/SECCHI will complement with 75-second cadence 171 filtergrams, with other three wavelengths at 5-minute cadence.) [4th to 8th May]  3) Coronal dimming study. EIS will run coronal_wave_study to look for evidence of dimming following large events if activity looks likely. [As long as AR is visible]  4) After disappearance of the AR, EIS would like quiet Sun pointing near limb for: a) line broadening and diagnostics above limb  b) STEREO campaign 304 high-cadence co-observations of spicules c) UVCS campaign  If co-alignment program (2hr for N-limb, 2hr for E-limb) was not included in the May 5-7 weekend plan, please run this program soon after disappearance of the AR. andnbsp;This run will be important for calibrating absolute heliocentric coordinate for quiet sun. Also, this program may run once every a few days, depending on the satellite temperatures and science programs.; Request to XRT HOP Number 0007:  ; Other Instruments:  SoHO/CDS, UVCS; SoHO keyhole starts 17-May (26m dish) and 21-May (34m dish) STEREO/SECCHI Ulysses will be ending the quadrature with SOHO. Ulysses will be at a latitude of 55 deg (south-west), in the plane of the sky. Hence any active region say between 45 and 65 degree south that might be near the limb would contribute to the solar wind measured in-situ by Ulysses. Scintillation measurement (G. Poletto);  Scientific Objectives:  The main aim is to measure chemical abundances in active regions as a function of height for 1.0 andlt; R(Sun) andlt; 1.6 using SOHO/CDS, Hinode/EIS, SOHO/UVCS, and to link them with in-situ measurements by Ulysses. A secondary aim is to measure electron temperatures, densities, and ionization state of the plasma as function of height from 1.0 to 1.6 solar radii using SOHO/CDS and Hinode/EIS. There have been no previous spectroscopic observations in the range 1.2 and;#8211; 1.6 R(Sun).Daily Note:  Run alignment program today. Make offset 930"" (conservative due to night drift).  AOCS orbit element update needed to account for safehold-mode HW-timer bug.  XRT to recover from reset error. SOT: Quiet Sun obs: McIntosh TRACE coordination at disk center.  XRT: STEREO campaign; SOHO/UCVS-Ulysses campaign  EIS:  1) UVCS-Ulysses campaign: Abundances as function of height in AR. EIS is requested to observe AR at the limb for a min of 4 hr 15 min per day on five days spanning west limb passage [7th May to disappearance of AR]  2) STEREO campaign. EIS will raster the slit across the active region on the disc and at the limb. (STEREO/SECCHI will complement with 75-second cadence 171 filtergrams, with other three wavelengths at 5-minute cadence.) [4th to 8th May]  3) Coronal dimming study. EIS will run coronal_wave_study to look for evidence of dimming following large events if activity looks likely. [As long as AR is visible]  4) After disappearance of the AR, EIS would like quiet Sun pointing near limb for: a) line broadening and diagnostics above limb  b) STEREO campaign 304 high-cadence co-observations of spicules c) UVCS campaign  If co-alignment program (2hr for N-limb, 2hr for E-limb) was not included in the May 5-7 weekend plan, please run this program soon after disappearance of the AR. andnbsp;This run will be important for calibrating absolute heliocentric coordinate for quiet sun. Also, this program may run once every a few days, depending on the satellite temperatures and science programs.; Request to XRT HOP Number 0007:  ; Other Instruments:  SoHO/CDS, UVCS; SoHO keyhole starts 17-May (26m dish) and 21-May (34m dish) STEREO/SECCHI Ulysses will be ending the quadrature with SOHO. Ulysses will be at a latitude of 55 deg (south-west), in the plane of the sky. Hence any active region say between 45 and 65 degree south that might be near the limb would contribute to the solar wind measured in-situ by Ulysses. Scintillation measurement (G. Poletto);  Scientific Objectives:  The main aim is to measure chemical abundances in active regions as a function of height for 1.0 andlt; R(Sun) andlt; 1.6 using SOHO/CDS, Hinode/EIS, SOHO/UVCS, and to link them with in-situ measurements by Ulysses. A secondary aim is to measure electron temperatures, densities, and ionization state of the plasma as function of height from 1.0 to 1.6 solar radii using SOHO/CDS and Hinode/EIS. There have been no previous spectroscopic observations in the range 1.2 and;#8211; 1.6 R(Sun).Daily Note:  Run alignment program today. Make offset 930"" (conservative due to night drift).  AOCS orbit element update needed to account for safehold-mode HW-timer bug.  XRT to recover from reset error. SOT: Quiet Sun obs: McIntosh TRACE coordination at disk center.  XRT: STEREO campaign; SOHO/UCVS-Ulysses campaign  EIS:  1) UVCS-Ulysses campaign: Abundances as function of height in AR. EIS is requested to observe AR at the limb for a min of 4 hr 15 min per day on five days spanning west limb passage [7th May to disappearance of AR]  2) STEREO campaign. EIS will raster the slit across the active region on the disc and at the limb. (STEREO/SECCHI will complement with 75-second cadence 171 filtergrams, with other three wavelengths at 5-minute cadence.) [4th to 8th May]  3) Coronal dimming study. EIS will run coronal_wave_study to look for evidence of dimming following large events if activity looks likely. [As long as AR is visible]  4) After disappearance of the AR, EIS would like quiet Sun pointing near limb for: a) line broadening and diagnostics above limb  b) STEREO campaign 304 high-cadence co-observations of spicules c) UVCS campaign  If co-alignment program (2hr for N-limb, 2hr for E-limb) was not included in the May 5-7 weekend plan, please run this program soon after disappearance of the AR. andnbsp;This run will be important for calibrating absolute heliocentric coordinate for quiet sun. Also, this program may run once every a few days, depending on the satellite temperatures and science programs.; Request to XRT HOP Number 0007:  ; Other Instruments:  SoHO/CDS, UVCS; SoHO keyhole starts 17-May (26m dish) and 21-May (34m dish) STEREO/SECCHI Ulysses will be ending the quadrature with SOHO. Ulysses will be at a latitude of 55 deg (south-west), in the plane of the sky. Hence any active region say between 45 and 65 degree south that might be near the limb would contribute to the solar wind measured in-situ by Ulysses. Scintillation measurement (G. Poletto);  Scientific Objectives:  The main aim is to measure chemical abundances in active regions as a function of height for 1.0 andlt; R(Sun) andlt; 1.6 using SOHO/CDS, Hinode/EIS, SOHO/UVCS, and to link them with in-situ measurements by Ulysses. A secondary aim is to measure electron temperatures, densities, and ionization state of the plasma as function of height from 1.0 to 1.6 solar radii using SOHO/CDS and Hinode/EIS. There have been no previous spectroscopic observations in the range 1.2 and;#8211; 1.6 R(Sun).Daily Note:  Run alignment program today. Make offset 930"" (conservative due to night drift).  AOCS orbit element update needed to account for safehold-mode HW-timer bug.  XRT to recover from reset error. SOT: Quiet Sun obs: McIntosh TRACE coordination at disk center.  XRT: STEREO campaign; SOHO/UCVS-Ulysses campaign  EIS:  1) UVCS-Ulysses campaign: Abundances as function of height in AR. EIS is requested to observe AR at the limb for a min of 4 hr 15 min per day on five days spanning west limb passage [7th May to disappearance of AR]  2) STEREO campaign. EIS will raster the slit across the active region on the disc and at the limb. (STEREO/SECCHI will complement with 75-second cadence 171 filtergrams, with other three wavelengths at 5-minute cadence.) [4th to 8th May]  3) Coronal dimming study. EIS will run coronal_wave_study to look for evidence of dimming following large events if activity looks likely. [As long as AR is visible]  4) After disappearance of the AR, EIS would like quiet Sun pointing near limb for: a) line broadening and diagnostics above limb  b) STEREO campaign 304 high-cadence co-observations of spicules c) UVCS campaign  If co-alignment program (2hr for N-limb, 2hr for E-limb) was not included in the May 5-7 weekend plan, please run this program soon after disappearance of the AR. andnbsp;This run will be important for calibrating absolute heliocentric coordinate for quiet sun. Also, this program may run once every a few days, depending on the satellite temperatures and science programs.; Request to XRT HOP Number 0007:  ; Other Instruments:  SoHO/CDS, UVCS; SoHO keyhole starts 17-May (26m dish) and 21-May (34m dish) STEREO/SECCHI Ulysses will be ending the quadrature with SOHO. Ulysses will be at a latitude of 55 deg (south-west), in the plane of the sky. Hence any active region say between 45 and 65 degree south that might be near the limb would contribute to the solar wind measured in-situ by Ulysses. Scintillation measurement (G. Poletto);  Scientific Objectives:  The main aim is to measure chemical abundances in active regions as a function of height for 1.0 andlt; R(Sun) andlt; 1.6 using SOHO/CDS, Hinode/EIS, SOHO/UVCS, and to link them with in-situ measurements by Ulysses. A secondary aim is to measure electron temperatures, densities, and ionization state of the plasma as function of height from 1.0 to 1.6 solar radii using SOHO/CDS and Hinode/EIS. There have been no previous spectroscopic observations in the range 1.2 and;#8211; 1.6 R(Sun).Daily Note:  Run alignment program today. Make offset 930"" (conservative due to night drift).  AOCS orbit element update needed to account for safehold-mode HW-timer bug.  XRT to recover from reset error. SOT: Quiet Sun obs: McIntosh TRACE coordination at disk center.  XRT: STEREO campaign; SOHO/UCVS-Ulysses campaign  EIS:  1) UVCS-Ulysses campaign: Abundances as function of height in AR. EIS is requested to observe AR at the limb for a min of 4 hr 15 min per day on five days spanning west limb passage [7th May to disappearance of AR]  2) STEREO campaign. EIS will raster the slit across the active region on the disc and at the limb. (STEREO/SECCHI will complement with 75-second cadence 171 filtergrams, with other three wavelengths at 5-minute cadence.) [4th to 8th May]  3) Coronal dimming study. EIS will run coronal_wave_study to look for evidence of dimming following large events if activity looks likely. [As long as AR is visible]  4) After disappearance of the AR, EIS would like quiet Sun pointing near limb for: a) line broadening and diagnostics above limb  b) STEREO campaign 304 high-cadence co-observations of spicules c) UVCS campaign  If co-alignment program (2hr for N-limb, 2hr for E-limb) was not included in the May 5-7 weekend plan, please run this program soon after disappearance of the AR. andnbsp;This run will be important for calibrating absolute heliocentric coordinate for quiet sun. Also, this program may run once every a few days, depending on the satellite temperatures and science programs.; Request to XRT HOP Number 0007:  ; Other Instruments:  SoHO/CDS, UVCS; SoHO keyhole starts 17-May (26m dish) and 21-May (34m dish) STEREO/SECCHI Ulysses will be ending the quadrature with SOHO. Ulysses will be at a latitude of 55 deg (south-west), in the plane of the sky. Hence any active region say between 45 and 65 degree south that might be near the limb would contribute to the solar wind measured in-situ by Ulysses. Scintillation measurement (G. Poletto);  Scientific Objectives:  The main aim is to measure chemical abundances in active regions as a function of height for 1.0 andlt; R(Sun) andlt; 1.6 using SOHO/CDS, Hinode/EIS, SOHO/UVCS, and to link them with in-situ measurements by Ulysses. A secondary aim is to measure electron temperatures, densities, and ionization state of the plasma as function of height from 1.0 to 1.6 solar radii using SOHO/CDS and Hinode/EIS. There have been no previous spectroscopic observations in the range 1.2 and;#8211; 1.6 R(Sun).Daily Note:  Run alignment program today. Make offset 930"" (conservative due to night drift).  AOCS orbit element update needed to account for safehold-mode HW-timer bug.  XRT to recover from reset error. SOT: Quiet Sun obs: McIntosh TRACE coordination at disk center.  XRT: STEREO campaign; SOHO/UCVS-Ulysses campaign  EIS:  1) UVCS-Ulysses campaign: Abundances as function of height in AR. EIS is requested to observe AR at the limb for a min of 4 hr 15 min per day on five days spanning west limb passage [7th May to disappearance of AR]  2) STEREO campaign. EIS will raster the slit across the active region on the disc and at the limb. (STEREO/SECCHI will complement with 75-second cadence 171 filtergrams, with other three wavelengths at 5-minute cadence.) [4th to 8th May]  3) Coronal dimming study. EIS will run coronal_wave_study to look for evidence of dimming following large events if activity looks likely. [As long as AR is visible]  4) After disappearance of the AR, EIS would like quiet Sun pointing near limb for: a) line broadening and diagnostics above limb  b) STEREO campaign 304 high-cadence co-observations of spicules c) UVCS campaign  If co-alignment program (2hr for N-limb, 2hr for E-limb) was not included in the May 5-7 weekend plan, please run this program soon after disappearance of the AR. andnbsp;This run will be important for calibrating absolute heliocentric coordinate for quiet sun. Also, this program may run once every a few days, depending on the satellite temperatures and science programs.; Request to XRT HOP Number 0007:  ; Other Instruments:  SoHO/CDS, UVCS; SoHO keyhole starts 17-May (26m dish) and 21-May (34m dish) STEREO/SECCHI Ulysses will be ending the quadrature with SOHO. Ulysses will be at a latitude of 55 deg (south-west), in the plane of the sky. Hence any active region say between 45 and 65 degree south that might be near the limb would contribute to the solar wind measured in-situ by Ulysses. Scintillation measurement (G. Poletto);  Scientific Objectives:  The main aim is to measure chemical abundances in active regions as a function of height for 1.0 andlt; R(Sun) andlt; 1.6 using SOHO/CDS, Hinode/EIS, SOHO/UVCS, and to link them with in-situ measurements by Ulysses. A secondary aim is to measure electron temperatures, densities, and ionization state of the plasma as function of height from 1.0 to 1.6 solar radii using SOHO/CDS and Hinode/EIS. There have been no previous spectroscopic observations in the range 1.2 and;#8211; 1.6 R(Sun).Daily Note:  Run alignment program today. Make offset 930"" (conservative due to night drift).  AOCS orbit element update needed to account for safehold-mode HW-timer bug.  XRT to recover from reset error. SOT: Quiet Sun obs: McIntosh TRACE coordination at disk center.  XRT: STEREO campaign; SOHO/UCVS-Ulysses campaign  EIS:  1) UVCS-Ulysses campaign: Abundances as function of height in AR. EIS is requested to observe AR at the limb for a min of 4 hr 15 min per day on five days spanning west limb passage [7th May to disappearance of AR]  2) STEREO campaign. EIS will raster the slit across the active region on the disc and at the limb. (STEREO/SECCHI will complement with 75-second cadence 171 filtergrams, with other three wavelengths at 5-minute cadence.) [4th to 8th May]  3) Coronal dimming study. EIS will run coronal_wave_study to look for evidence of dimming following large events if activity looks likely. [As long as AR is visible]  4) After disappearance of the AR, EIS would like quiet Sun pointing near limb for: a) line broadening and diagnostics above limb  b) STEREO campaign 304 high-cadence co-observations of spicules c) UVCS campaign  If co-alignment program (2hr for N-limb, 2hr for E-limb) was not included in the May 5-7 weekend plan, please run this program soon after disappearance of the AR. andnbsp;This run will be important for calibrating absolute heliocentric coordinate for quiet sun. Also, this program may run once every a few days, depending on the satellite temperatures and science programs.; Request to XRT HOP Number 0007:  ; Other Instruments:  SoHO/CDS, UVCS; SoHO keyhole starts 17-May (26m dish) and 21-May (34m dish) STEREO/SECCHI Ulysses will be ending the quadrature with SOHO. Ulysses will be at a latitude of 55 deg (south-west), in the plane of the sky. Hence any active region say between 45 and 65 degree south that might be near the limb would contribute to the solar wind measured in-situ by Ulysses. Scintillation measurement (G. Poletto);  Scientific Objectives:  The main aim is to measure chemical abundances in active regions as a function of height for 1.0 andlt; R(Sun) andlt; 1.6 using SOHO/CDS, Hinode/EIS, SOHO/UVCS, and to link them with in-situ measurements by Ulysses. A secondary aim is to measure electron temperatures, densities, and ionization state of the plasma as function of height from 1.0 to 1.6 solar radii using SOHO/CDS and Hinode/EIS. There have been no previous spectroscopic observations in the range 1.2 and;#8211; 1.6 R(Sun).
		</Description>
	</Why>

</VOEvent>
