3.1.4. Ascdump output table properties

This section contains the output table properties for the various ascdump commands.

3.1.4.1. Plas

Output for option: plas

Type	Digits	Acronym	Description	Units
D	6	te	Electron temperature	keV
D	6	tion	Ion temperature	keV
D	6	tiba	kT (ionisation balance)	keV
D	6	vmic		km/s
D	6	cs	Sound speed	km/s
D	6	eden	Electron density	/m**3
D	6	hden	Hydrogen density	/m**3
D	6	eide	Electron+Ion density	/m**3
D	6	rho	Mass density	kg/m**3
D	6	ed	Electron/Hydrogen density
D	6	eid	(Electron+Ion)/Hydrogen density
D	6	denm	Mass density / ( * )
D	6	epla	Plasma frequency energy	keV

3.1.4.2. Abun

Output for option: abun

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
A	2	elem	Element name
D	4	abus	Abundance	Solar
D	4	abua	Abundance	Absolute
D	4	char	Average charge

3.1.4.3. Icon

Output for option: icon

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
A	2	elem	Element name
A	6	stag	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
D	4	crel	Concentration	(relative)
D	4	cabs	Concentration	(absolute)

3.1.4.4. Rion

Output for option: rion

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
I	2	is	Shell number within ion
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
I	4	ind	Shell number
A	2	elem	Element name
A	6	stag	Ionisation stage
A	5	shel	Shell name
D	4	pion	Photo-ionisation	/s/ion
D	4	cion	Compton-ionisation	/s/ion
D	4	eion	Electron impact ionisation	/s/ion
D	4	phea	Photo ionisation heating	W/ion
D	4	chea	Compton ionisation heating	W/ion
D	4	ecoo	Electron impact ionisation cooling	W/ion

3.1.4.5. Rate

Output for option: rate

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
A	2	elem	Element name
A	6	stag	Ionisation stage
D	4	rion	Total ionisation rate	/s/ion
D	4	rrec	Total Recombination rate	/s/ion
D	4	rcxi	CX ionisation rate	/s/ion
D	4	rcxr	CX recombination rate	/s/ion

3.1.4.6. Time

Output for option: time

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
A	2	elem	Element name
A	6	stag	Ionisation stage
D	4	trec	Recombination time
D	4	crel	Concentration	(relative)

3.1.4.7. Pop

Output for option: pop

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
A	2	elem	Element name
A	6	stag	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
I	5	il	level number
A	32	lev	Configuration and term
D	8	ener	Energy	keV
D	6	occ	Population
D	4	rocc	Population / LTE population
D	4	gcas	Gain Cascades from above	(/s)
D	3	gexc	Gain Excitation from below	(/s)
D	3	ldow	Loss Downwards	(/s)
D	3	lupp	Loss Upwards	(/s)
D	3	arr	Gain from Radiative recombination	(/s)
D	3	adr	Gain from Dielectronic recombin.	(/s)
D	3	aii	Gain from Inner-shell ionisation	(/s)
D	3	acx	Gain from Charge Exchange (CX)	(/s)

3.1.4.8. Lev

Output for option: lev

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
A	2	elem	Element name
A	6	stag	Ionisation stage
I	5	il	lower level
I	5	iu	upper level
D	8	elow	Lower level energy	keV
D	8	eupp	Upper level energy	keV
D	8	de	Energy difference	keV
D	6	eex	Electron excitation	(/s)
D	6	edex	Electron de-excitation	(/s)
D	6	pex	Proton excitation	(/s)
D	6	pdex	Proton de-excitation	(/s)
D	6	rdec	Radiative decay	(/s)
D	6	2p	Two photon emission	(/s)
D	6	rabs	Radiative absorption	(/s)
D	6	rrec	Radiative recombination	(/s)
D	6	drec	Dielectronic recombination	(/s)
D	6	fluo	Fluorescence	(/s)
D	6	cx	Charge exchange	(/s)
D	6	sum	Total	(/s)
A	32	llev	Lower configuration + term
A	32	ulev	Upper configuration + term

3.1.4.9. Elex

Output for option: elex

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
A	2	elem	Element name
A	6	stag	Ionisation stage
I	5	il	lower level
I	5	iu	upper level
A	65	tran	Transition
D	6	eexc	Excitation Energy	keV
D	4	ups	Upsilon
D	4	gbar	gbar
D	4	rexc	Excitation rate	/s/ion
D	4	rdex	Deexcitation rate	/s/ion

3.1.4.10. Prex

Output for option: prex

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
A	2	elem	Element name
A	6	stag	Ionisation stage
I	5	il	lower level
I	5	iu	upper level
A	65	tran	Transition
D	6	eexc	Excitation Energy	keV
D	4	ups	Upsilon
D	4	gbar	gbar
D	4	rexc	Excitation rate	/s/ion
D	4	rdex	Deexcitation rate	/s/ion

3.1.4.11. Rad

Output for option: rad

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
A	2	elem	Element name
A	6	stag	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
I	5	il	lower level
I	5	iu	upper level
A	65	tran	Transition
D	6	ener	Energy	keV
D	6	wav	Wavelength	Ang
D	4	fosc	Oscillator strength
D	4	a	Transition probability	/s
D	4	arad	Total radiative loss probability	/s
D	6	atot	Total decay probability	/s
D	4	br	Branching ratio

3.1.4.12. Two

Output for option: two

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
A	2	elem	Element name
A	6	stag	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
I	5	il	lower level
I	5	iu	upper level
A	65	tran	Transition
D	6	ener	Energy	keV
D	6	wav	Wavelength	Ang
D	4	fosc	Oscillator strength
D	4	a	Transition probability	/s
D	4	arad	Total radiative loss probability	/s
D	6	atot	Total decay probability	/s
D	4	br	Branching ratio

3.1.4.13. Rec

Output for option: rec

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
A	2	elem	Element name
A	6	stag	Ionisation stage
I	5	iu	Level
A	32	lev	Level name
D	4	arr	Radiative recombination	/s/ion
D	4	adr	Dielectronic recombination	/s/ion
D	4	acx	Charge exchange recombination	/s/ion
D	4	aii	Inner shell ionisation	/s/ion

3.1.4.14. Grid

Output for option: grid

Type	Digits	Acronym	Description	Units
I	8	ie	Bin nr.
D	6	ef1	Lower energy	(keV)
D	6	ef2	Upper energy	(keV)
D	6	ef	Mean energy	(keV)
D	6	de	Bin width	(keV)
D	6	wav1	Lower wavelength	(Angstom)
D	6	wav2	Upper wavelength	(Angstrom)
D	6	wav	Mean wavelength	(Angstrom)
D	6	dwav	Bin width	(Angstrom)

3.1.4.15. Con

Output for option: con

Type	Digits	Acronym	Description	Units
I	8	ie	Bin nr.
D	6	ener	Mean energy	(keV)
D	6	wav	Mean wavelength	(Angstrom)
D	4	pff	free-free fraction
D	4	pfb	free-bound fraction
D	4	p2p	two-photon fraction
D	4	sff	free-free spectrum	ph/s/keV
D	4	sfb	free-bound spectrum	ph/s/keV
D	4	s2p	two-photon spectrum	ph/s/keV
D	4	scon	total continuum spectrum	ph/s/keV

3.1.4.16. Tcon

Output for option: tcon

Type	Digits	Acronym	Description	Units
I	8	ie	Bin nr.
D	6	ener	Mean energy	(keV)
D	6	wav	Mean wavelength	(Angstrom)
D	4	pff	free-free fraction
D	4	pfb	free-bound fraction
D	4	p2p	two-photon fraction
D	4	sff	free-free spectrum	ph/s/keV
D	4	sfb	free-bound spectrum	ph/s/keV
D	4	s2p	two-photon spectrum	ph/s/keV
D	4	scon	total continuum spectrum	ph/s/keV

3.1.4.17. Ccon

Output for option: ccon

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
A	2	elem	Element name
A	6	stag	Ionisation stage
L	10	ff	free-free contribution
L	10	fb	free-bound contribution
I	3	fbnm	free-bound nmax
L	10	2p	two-photon contribution

3.1.4.18. Clin

Output for option: clin

Type	Digits	Acronym	Description	Units
I	8	ie	Bin nr.
D	6	ener	Mean energy	(keV)
D	6	wav	Mean wavelength	(Angstrom)
D	4	pcon	continuum fraction
D	4	plin	line fraction
D	4	scon	continuum spectrum	ph/s/keV
D	4	slin	line spectrum	ph/s/keV
D	4	stot	total spectrum	ph/s/keV

3.1.4.19. Tcl

Output for option: tcl

Type	Digits	Acronym	Description	Units
I	8	ie	Bin nr.
D	6	ener	Mean energy	(keV)
D	6	wav	Mean wavelength	(Angstrom)
D	4	pcon	cont fraction
D	4	plin	line fraction
D	4	scon	cont spectrum	ph/s/keV
D	4	slin	line spectrum	ph/s/keV
D	4	stot	total spectrum	ph/s/keV

3.1.4.20. Line

Output for option: line

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
A	2	elem	Element name
A	6	stag	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
I	7	id	Line nr.
I	5	il	lower level
I	5	iu	upper level
L	7	c	New Calculation
A	65	tran	Transition
D	6	ener	Energy	keV
D	6	wav	Wavelength	Ang
D	3	flux	Photon flux	Photons/s
D	3	watt	Energy flux	W
D	3	nfwh	Natural FWHM	keV
D	3	dfwh	Doppler FWHM	keV
D	3	tau	Optical depth at line center
D	3	pesl	Single flight Escape prob. line
D	3	pesc	Single flight Escape prob. cont
D	3	pest	Escape probability total
D	3	eps	photon destruction probability

3.1.4.21. Tlin

Output for option: tlin

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
A	2	elem	Element name
A	6	stag	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
I	7	id	Line nr.
I	5	il	lower level
I	5	iu	upper level
L	7	c	New Calculation
A	65	tran	Transition
D	6	ener	Energy	keV
D	6	wav	Wavelength	Ang
D	3	flux	photon flux	Photons/s
D	3	watt	Energy flux	W

3.1.4.22. Tran

Output for option: tral

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
A	2	elem	Element name
A	6	stag	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
I	7	id	Line nr.
I	5	il	lower level
I	5	iu	upper level
L	7	c	New Calculation
D	6	ener	Energy	keV
D	6	wav	Wavelength	Ang
D	3	tau0	Optical depth at line center
D	3	ewk	Equivalent width	keV
D	3	ewa	Equivalent width	Ang
D	3	voig	Voigt a parameter
A	67	tran	Transition

Output for option: trac

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
I	2	is	Shell number within ion
I	6	ind	Shell number
A	2	elem	Element name
A	6	stag	Ionisation stage
A	5	shel	Shell name
D	6	ener	Energy	keV
D	6	wav	Wavelength	Ang
D	3	tau0	Optical depth at edge
D	3	ewk	Equivalent width	keV
D	3	ewa	Equivalent width	Ang

3.1.4.23. Col

Output for option: col

Type	Digits	Acronym	Description	Units
I	2	iz	Z nuclear charge
I	2	jz	Ionisation stage
A	2	elem	Element name
A	6	stag	Ionisation stage
I	2	ii	ii Iso-electronic sequence
I	3	ion	Ion number
D	4	col	Column density	/m**2
D	4	lcol	Log column density	log (/m**2)

3.1.4.24. Heat

Output for option: heat

Type	Digits	Acronym	Description	Units
D	15	sol1	Solution
D	15	t1	Electron temperature	keV
D	15	ne1	Electron density	/m**3
D	15	nh1	Hydrogen density	/m**3
D	15	p1	Electron pressure	Pa
D	0	sol2	Solution
D	0	t2	Electron temperature	keV
D	0	ne2	Electron density	/m**3
D	0	nh2	Hydrogen density	/m**3
D	0	p2	Electron pressure	Pa
D	0	sol3	Solution
D	0	t3	Electron temperature	keV
D	0	ne3	Electron density	/m**3
D	0	nh3	Hydrogen density	/m**3
D	0	p3	Electron pressure	Pa
D	0	sol4	Solution
D	0	t4	Electron temperature	keV
D	0	ne4	Electron density	/m**3
D	0	nh4	Hydrogen density	/m**3
D	0	p4	Electron pressure	Pa
D	0	sol5	Solution
D	0	t5	Electron temperature	keV
D	0	ne5	Electron density	/m**3
D	0	nh5	Hydrogen density	/m**3
D	0	p5	Electron pressure	Pa
D	0	sol6	Solution
D	0	t6	Electron temperature	keV
D	0	ne6	Electron density	/m**3
D	0	nh6	Hydrogen density	/m**3
D	0	p6	Electron pressure	Pa
D	0	sol7	Solution
D	0	t7	Electron temperature	keV
D	0	ne7	Electron density	/m**3
D	0	nh7	Hydrogen density	/m**3
D	0	p7	Electron pressure	Pa
D	0	sol8	Solution
D	0	t8	Electron temperature	keV
D	0	ne8	Electron density	/m**3
D	0	nh8	Hydrogen density	/m**3
D	0	p8	Electron pressure	Pa
D	15	solu	You selected solution nr.
D	15	hcom	Heating Compton scattering	W/m**3
D	15	hff	Heating free-free absorption	W/m**3
D	15	hphe	Heating photo-electrons	W/m**3
D	15	hci	Heating Compton ionisation	W/m**3
D	15	haug	Heating Auger electrons	W/m**3
D	15	hcol	Heating collis. de-excitation	W/m**3
D	15	hex	Heating external source	W/m**3
D	15	ccom	Cooling inverse Compton scatter.	W/m**3
D	15	ccoi	Cooling electron ionisation	W/m**3
D	15	crec	Cooling radiative recombination	W/m**3
D	15	cffe	Cooling free-free emission	W/m**3
D	15	ccol	Cooling collisional excitation	W/m**3
D	15	cdr	Cooling dielectronic recombin.	W/m**3
D	15	cadi	Cooling adiabatic expansion	W/m**3
D	15	heat	Total heating	W/m**3
D	15	cool	Total cooling	W/m**3

3.1.4.25. Ebal

Output for option: ebal

Type	Digits	Acronym	Description	Units
I	4	step	Step
I	3	i	i
I	3	itcx	CX iter
D	3	hden	H density	/m**3
D	3	eden	el density	/m**3
D	3	nenh	n
D	3	te	kT electron	keV
D	3	delt	Delta
D	3	heat	Total heating	W/m**3
D	3	cool	Total cooling	W/m**3
D	15	hcom	Heating Compton scattering	W/m**3
D	15	hff	Heating free-free absorption	W/m**3
D	15	hphe	Heating photo-electrons	W/m**3
D	15	hci	Heating Compton ionisation	W/m**3
D	15	haug	Heating Auger electrons	W/m**3
D	15	hcol	Heating collis. de-excitation	W/m**3
D	15	hex	Heating external source	W/m**3
D	15	ccom	Cooling inverse Compton scatter.	W/m**3
D	15	ccoi	Cooling electron ionisation	W/m**3
D	15	crec	Cooling radiative recombination	W/m**3
D	15	cffe	Cooling free-free emission	W/m**3
D	15	ccol	Cooling collisional excitation	W/m**3
D	15	cdr	Cooling dielectronic recombin.	W/m**3
D	15	cadi	Cooling adiabatic expansion	W/m**3

3.1.4.26. Nei

Output for option: nei

Type	Digits	Acronym	Description	Units
D	4	uhis	U = integral (ne t)	s/m**3
D	4	this	kT	keV

3.1.4.27. Snr

Output for option: snr

Type	Digits	Acronym	Description	Units
D	6	age	Age	year
D	6	rs	Shock radius	pc
D	6	nh	ISM Hydrogen density	cm**-3
D	6	eexp	Explosion energy	1E43 J
D	6	mesh	Shocked ejected mass	Solar units
D	6	mesw	swept-up ISM mass	Solar units
D	6	s	ISM density gradient s
D	6	n	ejecta density gradient n
D	6	alfa	Hamiltons alpha parameter
D	6	nu	Hamiltons nu parameter
D	6	ts	Shock temperature	keV
D	6	tej	Av. temp. shocked ejecta	keV
D	6	tism	Av. temp. shocked ISM	keV
D	6	u	Ionisation parameter	1E20 s/m**3
D	6	uej	Av. ionis. shocked ejecta	1E20 s/m**3
D	6	uism	Av. ionis. shocked ISM	1E20 s/m**3
D	6	yej	Em. measure shocked ejecta	1E64 /m**3
D	6	yism	Em. measure shocked ISM	1E64 /m**3
D	6	rej	Av. radius shocked ejecta	pc
D	6	rism	Av. radius shocked ISM	pc
D	6	aej	Av. plasma age shocked ejecta	year
D	6	aism	Av. plasma age shocked ISM	year
D	6	vej	Av. gas velocity shocked ejecta	km/s
D	6	vism	Av. gas velocity shocked ISM	km/s
D	6	vs	Shock velocity	km/s
D	6	rrs	Reverse shock radius	pc
D	6	rcd	Contact discontinuity radius	pc
D	6	cmax	Maximum distance clumps	pc
D	6	nenh	Ratio electron/Hydrogen density
D	6	dist	Distance	kpc

3.1.4.28. Clus

Output for option: clus

Type	Digits	Acronym	Description	Units
I	3	ir	Bin number
D	6	r1	Lower radius	m
D	6	r2	Upper radius	m
D	6	dr	Bin width	m
D	6	rw	Mean radius	m
D	6	hw	Density Hydrogen profile	/m**3
D	6	tw	Temperature profile	keV
D	6	pw	Pressure profile	Pa
D	6	yw	Emission measure profile	/m**3
D	6	sw	Turbulent velocity profile	km/s
D	6	zw	Outflow velocity profile	km/s
D	6	abu	Relative abundance

3.1.4.29. Clup

Output for option: clup

Type	Digits	Acronym	Description	Units
I	8	ir	Projected bin number
D	6	r1	Lower radius	m
D	6	r2	Upper radius	m
D	6	dr	Bin width	m
D	6	rw	Mean radius	m
D	6	spro	Radial photon flux profile	ph/m**2/s
D	6	ppro	Power profile	W/m**2
D	6	scum	Cumulative Radial profile	ph/s
D	6	pcum	Cumulative Power profile	W

3.1.4.30. Dem

Output for option: dem

Type	Digits	Acronym	Description	Units
D	4	t	Temperature	keV
D	4	y	Em. measure	1E64 m**-3