mstanko@1191: \set ON_ERROR_STOP on
mstanko@1191: 
mstanko@1191: --
mstanko@1191: -- PostgreSQL database dump
mstanko@1191: --
mstanko@1191: 
mstanko@1191: -- Dumped from database version 9.5.1
mstanko@1191: -- Dumped by pg_dump version 9.5.0
mstanko@1191: 
mstanko@1191: -- Started on 2016-03-31 11:38:13
mstanko@1191: 
mstanko@1191: SET statement_timeout = 0;
mstanko@1191: SET lock_timeout = 0;
mstanko@1191: SET client_encoding = 'UTF8';
mstanko@1191: SET standard_conforming_strings = on;
mstanko@1191: SET check_function_bodies = false;
mstanko@1191: SET client_min_messages = warning;
mstanko@1191: 
mstanko@1191: SET search_path = stammdaten, pg_catalog;
mstanko@1191: 
mstanko@1191: --
mstanko@1191: -- TOC entry 4691 (class 0 OID 535743)
mstanko@1191: -- Dependencies: 256
mstanko@1191: -- Data for Name: mess_einheit; Type: TABLE DATA; Schema: stammdaten; Owner: lada
mstanko@1191: --
mstanko@1191: 
mstanko@1191: COPY mess_einheit (id, beschreibung, einheit, eudf_messeinheit_id, umrechnungs_faktor_eudf) FROM stdin;
mstanko@1191: 207	Becquerel pro Stunde	Bq/h	\N	\N
mstanko@1191: 227	Megawatt	MW	\N	\N
mstanko@1191: 120	Dezimeter	dm	\N	\N
mstanko@1191: 139	Kilo-Becquerel pro Kilogramm Trockenmasse	kBq/kg(TM)	KBQ/KG	\N
mstanko@1191: 99	Milli-Becquerel pro Liter	mBq/l	MBQ/L	\N
mstanko@1191: 59	Kilogramm pro Person	kg/Person	\N	\N
mstanko@1191: 84	Nano-Sievert pro Stunde	nSv/h	NSV/H	\N
mstanko@1191: 88	Milli-Bequerel pro Kubikmeter	mBq/m³	MBQ/M3	\N
mstanko@1191: 71	Mikro-Sievert	µSv	\N	\N
mstanko@1191: 72	Milli-Sievert	mSv	\N	\N
mstanko@1191: 73	Nano-Gray	nGy	\N	\N
mstanko@1191: 74	Mikro-Gray	µGy	\N	\N
mstanko@1191: 75	Milli-Gray	mGy	\N	\N
mstanko@1191: 76	Mikro-Sievert pro Stunde	µSv/h	USV/H	\N
mstanko@1191: 1	Millimeter	mm	MM	\N
mstanko@1191: 2	Zentimeter	cm	CM	\N
mstanko@1191: 3	Meter	m	M	\N
mstanko@1191: 4	Kilometer	km	\N	\N
mstanko@1191: 6	Quadratzentimeter	cm²	\N	\N
mstanko@1191: 7	Quadratmeter	m²	M2	\N
mstanko@1191: 8	Quadratkilometer	km²	\N	\N
mstanko@1191: 9	Hektar	ha	\N	\N
mstanko@1191: 10	Kubikzentimeter	cm³	\N	\N
mstanko@1191: 11	Kubikmeter	m³	\N	\N
mstanko@1191: 13	Sekunde	s	\N	\N
mstanko@1191: 14	Minute	min	\N	\N
mstanko@1191: 15	Stunde	h	\N	\N
mstanko@1191: 16	Tag	d	\N	\N
mstanko@1191: 17	Woche	Wo	\N	\N
mstanko@1191: 18	Monat	Mo	\N	\N
mstanko@1191: 19	Jahr	a	\N	\N
mstanko@1191: 20	Gramm	g	G	\N
mstanko@1191: 21	Kilogramm	kg	KG	\N
mstanko@1191: 22	Tonne	t	\N	\N
mstanko@1191: 25	Milliliter	ml	\N	\N
mstanko@1191: 26	Zentiliter	cl	\N	\N
mstanko@1191: 27	Liter	l	L	\N
mstanko@1191: 28	Hektoliter	hl	\N	\N
mstanko@1191: 30	Kubikmeter pro Sekunde	m³/s	\N	\N
mstanko@1191: 31	Kubikmeter pro Minute	m³/min	\N	\N
mstanko@1191: 32	Kubikmeter pro Stunde	m³/h	\N	\N
mstanko@1191: 33	Kubikmeter pro Tag	m³/d	\N	\N
mstanko@1191: 35	Zentimeter pro Sekunde	cm/s	\N	\N
mstanko@1191: 36	Meter pro Sekunde	m/s	\N	\N
mstanko@1191: 37	Meter pro Minute	m/min	\N	\N
mstanko@1191: 69	Becquerel pro Tag und Person	Bq/(d*p)	BQ/D.P	\N
mstanko@1191: 70	Nano-Sievert	nSv	\N	\N
mstanko@1191: 98	Becquerel pro Quadratmeter und Tag	Bq/(m²*d)	BQ/M2/D	\N
mstanko@1191: 40	Liter pro Quadratmeter	l/m²	L/M2	\N
mstanko@1191: 42	Liter pro Minute	l/min	\N	\N
mstanko@1191: 43	Liter pro Stunde	l/h	\N	\N
mstanko@1191: 44	Liter pro Tag	l/d	\N	\N
mstanko@1191: 45	Kilogramm pro Quadratmeter	kg/m²	KG/M2	\N
mstanko@1191: 46	Kilogramm pro Kubikmeter	kg/m³	KG/M3	\N
mstanko@1191: 47	Milligramm pro Liter	mg/l	MG/L	\N
mstanko@1191: 48	Tonne pro Hektar	t/ha	\N	\N
mstanko@1191: 49	Kilogramm pro Tag	kg/d	\N	\N
mstanko@1191: 53	Tonnen pro Tag	t/d	\N	\N
mstanko@1191: 54	Tonnen pro Jahr	t/a	\N	\N
mstanko@1191: 55	Kilogramm pro Tag und Person	kg/(d*p)	\N	\N
mstanko@1191: 50	Kilogramm Trockenmasse	kg(TM)	\N	\N
mstanko@1191: 51	Kilogramm Feuchtmasse	kg(FM)	\N	\N
mstanko@1191: 52	Kilogramm Trockenmasse pro Kubikmeter	kg(TM)/m³	\N	\N
mstanko@1191: 60	Becquerel	Bq	BQ	\N
mstanko@1191: 61	Becquerel pro Quadratmeter	Bq/m²	BQ/M2	\N
mstanko@1191: 62	Becquerel pro Kubikmeter	Bq/m³	BQ/M3	\N
mstanko@1191: 63	Becquerel pro Liter	Bq/l	BQ/L	\N
mstanko@1191: 64	Becquerel pro Kilogramm	Bq/kg	BQ/KG	\N
mstanko@1191: 65	Becquerel pro Kilogramm Trockenmasse	Bq/kg(TM)	\N	\N
mstanko@1191: 66	Becquerel pro Kilogramm Glührückstand	Bq/kg(GR)	\N	\N
mstanko@1191: 67	Becquerel pro Kilogramm Feuchtmasse	Bq/kg(FM)	KBQ/KG	\N
mstanko@1191: 38	Millimeter pro Tag	mm/d	\N	\N
mstanko@1191: 77	Mikro-Sievert pro Tag	µSv/d	\N	\N
mstanko@1191: 78	Mikro-Gray pro Stunde	µGy/h	\N	\N
mstanko@1191: 79	Mikro-Gray pro Tag	µGy/d	\N	\N
mstanko@1191: 80	Sievert	Sv	\N	\N
mstanko@1191: 81	Gray	Gy	\N	\N
mstanko@1191: 82	Sievert pro Stunde	Sv/h	\N	\N
mstanko@1191: 83	Gray pro Stunde	Gy/h	\N	\N
mstanko@1191: 85	Impulse pro Sekunde	Ips	\N	\N
mstanko@1191: 90	Prozent	%	%	\N
mstanko@1191: 91	Kurs in Winkelgraden	Grad	\N	\N
mstanko@1191: 92	Grad Celsius	Grad C	\N	\N
mstanko@1191: 93	Windstärke in Beaufort	Bft	\N	\N
mstanko@1191: 94	Salinität	So/oo	\N	\N
mstanko@1191: 95	Anzahl der Personen/Einwohner	PERS	\N	\N
mstanko@1191: 96	Milli-Siemens pro Zentimeter	mS/cm	\N	\N
mstanko@1191: 97	Kilo-Becquerel pro Quadratmeter	kBq/m²	KBQ/M2	\N
mstanko@1191: 68	Becquerel pro Tag	Bq/d	BQ/D	\N
mstanko@1191: 86	Milli-Sievert pro Jahr	mSv/a	\N	\N
mstanko@1191: 100	Nano-Gray pro Stunde	nGy/h	\N	\N
mstanko@1191: 101	Becquerel pro Gramm Feuchtmasse	Bq/g(FM)	\N	\N
mstanko@1191: 102	Kilo-Becquerel pro Kubikmeter	kBq/m³	KBQ/M3	\N
mstanko@1191: 103	Kilo-Becquerel pro Liter	kBq/l	KBQ/L	\N
mstanko@1191: 104	Kilo-Becquerel pro Kilogramm Feuchtmasse	kBq/kg(FM)	\N	\N
mstanko@1191: 105	Mikro-Becquerel pro Kubikmeter	µBq/m³	UBQ/M3	\N
mstanko@1191: 106	Mikro-Becquerel pro Kilogramm Feuchtmasse 	µBq/kg(FM)	\N	\N
mstanko@1191: 107	Nano-Becquerel pro Kubikmeter	nBq/m³	NBQ/M3	\N
mstanko@1191: 108	Nano-Becquerel pro Liter	nBq/l	NBQ/L	\N
mstanko@1191: 109	Milli-Becquerel pro Kilogramm Feuchtmasse	mBq/kg(FM)	\N	\N
mstanko@1191: 110	Milli-Becquerel pro Quadratmeter	mBq/m²	MBQ/M2	\N
mstanko@1191: 111	Mega-Becquerel pro Quadratmeter	MBq/m²	KKBQ/M2	\N
mstanko@1191: 112	Mega-Becquerel pro Quadratkilometer	MBq/km²	KKBQ/KM2	\N
mstanko@1191: 113	Pico-Curie pro Gramm	pCi/g(FM)	PCI/G	\N
mstanko@1191: 114	Pico-Curie pro Kubikmeter	pCi/m³	PCI/M3	\N
mstanko@1191: 115	Pico-Curie pro Liter	pCi/l	PCI/L	\N
mstanko@1191: 116	Nano-Curie pro Kilogramm	nCi/kg(FM)	\N	\N
mstanko@1191: 117	Nano-Curie pro Quadratmeter	nCi/m²	NCI/M2	\N
mstanko@1191: 118	Curie pro Quadratmeter	Ci/m²	\N	\N
mstanko@1191: 159	Mikro-Becquerel pro Kilogramm	µBq/kg	UBQ/KG	\N
mstanko@1191: 160	Becquerel pro Gramm	Bq/g	BQ/G	\N
mstanko@1191: 161	Kilo-Becquerel pro Kilogramm	kBq/kg	KBQ/KG	\N
mstanko@1191: 162	Milli-Becquerel pro Kilogramm	mBq/kg	MBQ/KG	\N
mstanko@1191: 163	Mikro-Becquerel pro Kilogramm Trockenmasse	µBq/kg(TM)	\N	\N
mstanko@1191: 164	Becquerel pro Gramm Trockenmasse	Bq/g(TM)	\N	\N
mstanko@1191: 166	Milli-Becquerel pro Kilogramm Trockenmasse	mBq/kg(TM)	\N	\N
mstanko@1191: 187	Hekto-Pascal	hPa	\N	\N
mstanko@1191: 188	Millimeter pro Stunde	mm/h	\N	\N
mstanko@1191: 247	Becquerel pro Quadratzentimeter	Bq/cm²	\N	\N
mstanko@1191: 269	Probe	Probe	\N	\N
mstanko@1191: 268	Becquerel pro Probe	Bq/Probe	\N	\N
mstanko@1191: 267	Becquerel  pro Milliliter	Bq/ml	\N	\N
mstanko@1191: 270	Becquerel pro Impulse pro Sekunde	Bq/Ips	\N	\N
mstanko@1191: 271	Watt pro Quadratmeter	W/m²	\N	\N
mstanko@1191: 272	Millimeter pro Minute	mm/min	\N	\N
mstanko@1191: \.