Copyright: Authoring Tool: Xantippe from IRIS Media Systems


NewPet for Windows

What is NewPet?

Registration Info

Getting NewPet via the Internet

Appendix


What is NewPet?

NewPet is a fairly user friendly geochemical data handling system. It has it's DOS origins in 'Igpet' by M.J.Carr many moons ago.


Bibliography

General

Discrimination Plots

Melt Modelling

NewPrim

Normative Refs


Normalization Factors

The first two sets of norm values are from George Jenner.  If you want to know where he came up with them please feel free to ask him.  I do,  but he just keeps forgetting to tell me.  He can be reached via the address at the beginning of the manual.  His email address is gjenner@sparky2.esd.mun.ca.  Please let me know if you get a response.

All values are ppm.

Normalized Plots

Primitive

Mantle	MORB

Cs	.007	.013

Rb	.555	1.12

Ba	6.27	14.3

Th	.088	.185

U	.022	.075

K	267	955

Nb	.65	3.58

La	.63	3.96

Ce	1.59	11.97

Sr	18.9	122

Nd	1.21	10.96

Hf	.28	2.87

Zr	9.8	90

Sm	.399	3.62

Eu	.15	1.31

Ti	1134	9000

Gd	.533	4.78

Dy	.661	5.98

Y	3.9	34.2

Er	.432	3.99

Yb	.442	3.73

Lu	.066	.56

Rare Earth Elemental Plots

Primitive

Mantle	SUN

La	.63	.329

Ce	1.59	.865

Pr	.251	.13

Nd	1.21	.63

Sm	.399	.203

Eu	.15	.077

Gd	.533	.276

Tb	.0974	.0498

Dy	.661	.343

Ho	.148	.077

Er	.432	.225

Tm	.0676	.0352

Yb	.442	.22

Lu	.066	.0339

Extended Elemental Plots

Both of these sets of norm values are from Taylor and McLennan 1985.

Taylor	Primitive

Chondrite	Mantle

Li	2.4	.83

K	854	180

Rb	3.45	.55

Cs	.279	.018

Tl	.215	.006

Pb	3.65	.120

Ba	3.41	5.1

Th	.0425	.064

U	.0122	.018

Nb	.375	.56

La	.367	.551

Ce	.957	1.436

Sr	11.9	17.8

Pr	.137	.206

Nd	.711	1.607

Zr	5.54	8.3

Sm	.231	.347

Eu	.087	.131

Gd	.306	.459

Tb	.058	.087

Ti	654	960

Dy	.381	.572

Y	2.25	3.4

Ho	.0851	.128

Er	.249	.374

Tm	.0356	.054

Yb	.248	.372

Lu	.0381	.057

Sc	8.64	13

V	85	128

Zn	462	50

Cu	168	28

Ni	16500	2000

Cr	3975	3000


NewPrim

E.Anders and M.Ebihara, 1982.

Solar-System abundances of the elements,

Geochimica et Cosmochimica Acta, vol 46, pp.2363-2380.

H.J.M.Brown, 1979.

"Environmental Chemistry of the Elements," Academic Press, London, 333 pp.

B.Mason and C.B.Moore, 1982.

"Principles of Geochemistry,"

Wiley, New York, 344 pp.

S-S.Sun, 1982.

Chemical composition and origin of the Earth's primitive mantle,

Geochimica et Cosmochimica Acta,  vol.46, pp.179-192.

S.R.Taylor and S.M.McLennan, 1985.

"The Continental Crust: Its Composition and Evolution,"

Blackwell, Oxford, 312 pp.


Appendix

Bibliography

Discrimination Plot Abbreviations

Normalization Factors

Recalculations

Conversion Factors


Elemental to Oxide Concentraions

Element	Oxide

Ag	-->	Ag2O	1.0741

Al	-->	Al2O3	1.88988

As	-->	As2O3	1.3203

As	-->	As2O5	1.5339

Au	-->	Au2O	1.0406

B	-->	B2O3	3.2202

Ba	-->	BaO	1.1165

Be	-->	BeO	2.7758

Bi	-->	Bi2O5	1.1914

C	-->	CO2	3.6644

Ca	-->	CaO	1.3992

Ca	-->	CaCO3	2.2973

Ce	-->	CeO2	1.2284

Ce	-->	Ce2O3	1.1713

Co	-->	CoO	1.2715

Cr	-->	Cr2O3	1.4615

Cs	-->	Cs2O	1.0602

Cu	-->	CuO	1.2518

Dy	-->	Dy2O3	1.1477

Er	-->	Er2O3	1.1579

Eu	-->	Eu2O3	1.1579

Fe2+	-->	FeO	1.2865

Fe3+	-->	Fe2O3	1.4297

Fe	-->	FeS	1.5741

Ga	-->	Ga2O3	1.3442

Gd	-->	Gd2O3	1.1526

Ge	-->	GeO2	1.4408

Hf	-->	HfO2	1.1793

Hg	-->	HgO	1.0798

Ho	-->	Ho2O3	1.1455

In	-->	In2O3	1.2091

Ir	-->	IrO	1.0832

K	-->	K2O	1.2046

K	-->	KCl	2.1029

La	-->	La2O3	1.1728

Li	-->	Li2O	2.1527

Lu	-->	Lu2O3	1.1371

Mg	-->	MgO	1.6579

Mn	-->	MnO	1.2912

Mn	-->	MnO2	1.5825

Mo	-->	MoO3	1.5003

N	-->	N2O5	3.8551

Na	-->	Na2O	1.3480

Nb	-->	Nb2O5	1.4305

Nd	-->	Nd2O3	1.1664

Ni	-->	NiO	1.2725

Os	-->	OsO	1.0841

P	-->	P2O5	2.2916

Pb	-->	PbO	1.0772

Pb	-->	PbO2	1.1544

Pd	-->	PdO	1.1504

Pr	-->	Pr2O3	1.1703

Pr	-->	Pr6O11	1.2082

Pt	-->	PtO	1.0820

Rb	-->	Rb2O	1.0936

Re	-->	ReO	1.0859

Rh	-->	RhO	1.5555

Ru	-->	RuO	1.1583

S	-->	SO3	2.4972

Sb	-->	Sb2O5	1.3284

Sc	-->	Sc2O3	1.5338

Se	-->	SeO3	1.6079

Si	-->	SiO2	2.1392

Sm	-->	Sm2O3	1.1596

Sn	-->	SnO2	1.2696

Sr	-->	SrO	1.1826

Ta	-->	Ta2O5	1.2211

Tb	-->	Tb2O3	1.1510

Tb	-->	Tb4O7	1.1762

Te	-->	TeO3	1.3762

Th	-->	ThO2	1.1379

Ti	-->	TiO2	1.6681

Tl	-->	Tl2O3	1.1174

Tm	-->	Tm2O3	1.1421

U	-->	UO2	1.1344

U	-->	UO3	1.2017

U	-->	U3O8	1.1792

V	-->	V2O5	1.7852

W	-->	WO3	1.2610

Y	-->	Y2O3	1.2699

Yb	-->	Yb2O3	1.1387

Zn	-->	ZnO	1.2448

Zr	-->	ZrO2	1.3508

You have to multiply by the following to convert from ppm to wt%:

ppm	-->	wt%*100	0.0001

ppm	-->	wt%	0.000001


Conversion Factors

Elemental to Oxide Concentraions

Oxide to Elemental Concentrations


Recalculations

These recalculations do not affect the data in the data file. They are only done on the data in memory.

Data recalculation is done in the following order:

1) Iron is recalculated. Depending on the option selected.

FeO* = FeO + Fe2O3 * 0.89981	(total iron as FeO)

Fe2O3* = Fe2O3 + FeO * 1.11135	(total iron as Fe2O3)

FeO Calc = FeO / (FeO + Fe2O3)

2) If the anhydrous recalculation flag is set to "Y", the samples are recalculated anhydrously. The program checks to see if the total of the majors is between 99.98% and 100.02%. (SiO2 to P2O5) If the total lies in this range,  the sample is considered to be anhydrous and will not be recalculated.

Anhydrous Recalc Factor = 100 / (majors - (LOI+H2O+CO2))

All elements except the Radiogenics are then multiplied by this factor.

3) The Mg number is then calculated.

Mg# = 100 * (MgO / MgOMW) / ((FeO* / FeOMW) + (MgO / MgOMW))

4) The Solidification Index is calculated next.

SI = 100 * (MgO / (Fe2O3 + FeO + MgO + Na2O + K2O))


Oxide to Elemental Concentrations

Oxide	Element

Al2O3	-->	Al	0.52913

BaO	-->	Ba	0.89567

CaO	-->	Ca	0.71469

CaCO3	-->	Ca	0.40044

CeO2	-->	Ce	0.81409

CoO	-->	Co	0.78650

Cr2O3	-->	Cr	0.68425

Cs2O	-->	Cs	0.94323

CuO	-->	Cu	0.79885

FeO	-->	Fe+2	0.77731

Fe2O3	-->	Fe+3	0.69943

FeO	-->	Fe2O3	1.11135

Fe2O3	-->	FeO	0.89981

FeS	-->	Fe	0.63327

Ga2O3	-->	Ga	0.74393

K2O	-->	K	0.83013

Li2O	-->	Li	0.46452

MnO	-->	Mn	0.77443

MgO	-->	Mg	0.60317

Na2O	-->	Na	0.74191

NiO	-->	Ni	0.78578

P2O5	-->	P	0.43646

Rb2O	-->	Rb	0.91442

SiO2	-->	Si	0.46720

SrO	-->	Sr	0.84560

TiO2	-->	Ti	0.59950

ZrO2	-->	Zr	0.74030

You also have to multiply by the following to convert from wt% to ppm:

wt%	-->	ppm	1 000 000

wt%*100	-->	ppm	10 000


Discrimination Plots

R.A.Batchelor and P.Bowden, 1985

F.Debon and P.Le Fort, 1983

J.B.Gill, 1981

T.N.Irvine and W.R.A.Barager, 1971

L.S.Jensen, 1976

R.Kerrich, 1989

P.D.Maniar and P.M.Piccoli, 1989

M.Meschede, 1986

A.Miyashiro, 1974

E.D.Mullen, 1983

M.A.Peacock, 1931

J.A.Pearce, 1975

J.A.Pearce, 1983

J.A.Pearce and J.R.Cann, 1973

J.A.Pearce and M.J.Norry, 1979

J.A.Pearce, N.B.W.Harris and A.G.Tindle, 1984

J.A.Pearce, T.Alabaster, A.W.Shelton and M.P.Searle, 1981

T.H.Pearce, B.E.Gorman and T.C.Birkett, 1977

J.W.Shervais, 1982

J.B.Whalen, K.L.Currie and B.W.Chappell, 1987

J.A.Winchester and P.A.Floyd, 1977

D.A.Wood, 1980

D.A.Wood, J-L.Joron and M.Treuil,1979


F.Debon and P.Le Fort, 1983

A chemical-mineralogical classification of common plutonic rocks and associations,

Transactions of the Royal Society of Edinburgh Earth Sciences, vol.73, pp.135-149.

Figure 1

Figure 2a

Figure 2b


R.A.Batchelor and P.Bowden, 1985

Petrogenetic interpretation of granitoid rock series using multicationic parameters,

Chemical Geology, vol.48, pp.43-55.


J.B.Gill, 1981

"Orogenic Andesites and Plate Tectonics,"

Springer-Verlag, Berlin, 389 pp.

figure 5.16a

figure 5.16b

figure 5.16c

figure 12


T.N.Irvine and W.R.A.Barager, 1971

A guide to the chemical classification of the common volcanic rocks,

Canadian Journal of Earth Sciences, vol.8, pp.523-548.

Figure 2

Figure 3


L.S.Jensen, 1976

A New Cation Plot for Classifying Subalkalic Volcanic Rocks,

Ontario Division of Mines, MP 66, 22p.

Figure 1


R.Kerrich, 1989

Geochemical evidence on the sources of fluids and solutes for shear zone hosted mesothermal gold deposits, in: J.T.Bursnall (ed.), "Mineralization and Shear Zones",

GAC Short Course Notes, vol.6, pp.129-198.


P.D.Maniar and P.M.Piccoli, 1989

P.D.Maniar and P.M.Piccoli, 1989

Tectonic discrimination of granitoids,

Geological Society of America Bulletin, vol.101, pp.635-643.


M.Meschede, 1986

A method of discriminating between different types of mid-ocean ridge basalts and continental tholeiites with the Nb-Zr-Y diagram,

Chemical Geology, vol.56, pp.207-218.

Figure 1


A.Miyashiro, 1974

Volcanic rock series in island arcs and active continental margins,

American Journal of Science, vol.274, pp.321-355.


E.D.Mullen, 1983

MnO/TiO2/P2O5: a minor element discriminant for basaltic rocks of oceanic environments and its implications for petrogenesis,

Earth and Planetary Science Letters, vol.62, pp.53-62.

Figure 1


M.A.Peacock, 1931

Classification of igneous rock series,

Journal of Geology, vol.39, pp.54-67.


J.A.Pearce, 1975

Basalt geochemistry used to investigate past tectonic environments on Cyprus,

Tectonophysics, vol.25, pp.41-67.

Figure ?


J.A.Pearce, 1983

Role of the sub-continental lithosphere in magma genesis at active continental margins,

in: C.J.Hawkesworth and M.J.Norry (eds.), "Continental Basalts and Mantle Xenoliths,"

Shiva Publishing Limited, pp.230-249.


J.A.Pearce and J.R.Cann, 1973

Tectonic setting of basic volcanic rocks determined using trace element analyses,

Earth and Planetary Science Letters, vol.19, pp.290-300.

Figure 2

Figure 3

Figure 4


J.A.Pearce and M.J.Norry, 1979

Petrogenetic Implications of Ti, Zr, Y, and Nb Variations in Volcanic Rocks,

Contributions to Mineralogy and Petrology, vol.69, pp.33-47.

Figure 3


J.A.Pearce, N.B.W.Harris and A.G.Tindle, 1984

Trace element discrimination diagrams for the tectonic interpretation of granitic rocks,

Journal of Petrology, vol.25, pp.956-983.

Figure 3

Figure 4


J.A.Pearce, T.Alabaster, A.W.Shelton and M.P.Searle, 1981

The Oman ophiolite as a Cretaceous arc-basin complex: evidence and implications.

Philosophical Transactions of the Royal Society of London, A300, pp. 299-317.


T.H.Pearce, B.E.Gorman and T.C.Birkett, 1977

The relationship between major element chemistry and tectonic environment of basic and intermediate volcanic rocks,

Earth and Planetary Science Letters, vol.36, pp.121-132.


J.W.Shervais, 1982

Ti-V plots and the petrogenesis of modern and ophiolitic lavas,

Earth and Planetary Science Letters, vol.59, pp.101-118.

Figure 2


J.B.Whalen, K.L.Currie and B.W.Chappell, 1987

A-type granites: geochemical characteristics, discrimination and petrogenesis,

Contributions to Mineralogy and Petrology, vol.95, pp.407-419.

Figure 5a

Figure 5b


J.A.Winchester and P.A.Floyd, 1977

Geochemical discrimination of different magma series and their differentiation products using immobile elements,

Chemical Geology, vol.20, pp.325-343.

Figure 2

Figure 6


D.A.Wood, 1980

The application of a Th-Hf-Ta diagram to problems of tectonomagmatic classification and to establishing the nature of crustal contamination of basaltic lavas of the British Tertiary volcanic province,

Earth and Planetary Science Letters, vol.50, pp.11-30.

Figure 1a


D.A.Wood, J-L.Joron and M.Treuil,1979

A re-appraisal of the use of trace elements to classify and discriminate between magma series erupted in different tectonic settings.

Earth and Planetary Science Letters, vol.45, pp.326-336.


Discrimination Plot Abbreviations

Debon and Le Fort 1983: figure 1

Debon and Le Fort 1983: figure 2a

Debon and Le Fort 1983: figure 2b

Gill 1981: figure 5.16a

Gill 1981: figure 5.16b

Gill 1981: Figure 5.16c

Gill 1981: figure 12

Irvine and Baranger 1971: figure 2

Irvine and Baranger1971: figure 3

Jensen 1976: figure 1

LeMaitre 1989: figure B.12

LeMaitre 1989: figure B.14

LeMaitre 1989: figure B.15

Meschede 1986: figure 1

Middlemost 1985: figure 3.3.3

Middlemost 1985: figure 3.3.6

Mullen 1983: figure 1

Pearce 1975: figure ?

Pearce and Cann 1973: figure 2

Pearce and Cann 1973: figure 3

Pearce and Cann 1973: figure 4

Pearce and Norry 1979: figure 3

Pearce et al 1984: figure 3

Pearce et al 1984: figure 4

Shervais 1982: figure 2

Whalen et al 1987: figure 5a

Whalen et al 1987: figure 5b

Winchester and Floyd 1977: figure 2

Winchester and Floyd 1977: figure 6

Wood 1980: figure 1a


Debon and Le Fort 1983: figure 1

Plutonic	Volcanic

1	Granite	Rhyolite

2	Adamellite	Dellenite

3	Granodiorite	Rhyodacite

4	Tonalite (trodhjemite)	Dacite

5	Quartz Syenite	Quartz Trachyte

6	Quartz Monzonite	Quartz Latite

7	Quartz Monzodiorite	Quartz Latiandesite

8	Quartz Diorite	Quartz Andesite

9	Syenite	Trachyte

10	Monzonite	Latite

11	Monzogabbro	Latibasalt

12	Gabbro	Basalt

Ref:	Debon and Le Fort 1983


Debon and Le Fort 1983: figure 2a

Peraluminous

I	muscovite or muscovite > biotite

II	biotite > muscovite

III	biotite

Metaluminous

IV	mainly hornblende and biotite

(biotite, hornblende, orthopyroxene,

clinopyroxene, primary epidote, sphene)

V	high prop cpx +/- primary epidote +/- sphene

VI	exceptional igneous rocks

LG	Leuco Granitoids

Ref:	Debon and Le Fort 1983


Jensen 1976: figure 1

TR	Tholeiitic Rhyolite

TD	Tholeiitic Dacite

TA	Tholeiitic Andesite

CR	Calc-alkaline Rhyolite

CD	Calc-alkaline Dacite

CA	Calc-alkaline Andesite

CB	Calc-alkaline Basalt

HFT	High-Fe Tholeiite

HMT	High-Mg Tholeiite

BK	Basaltic Komatiite

PK	Peridotitic Komatiite

Ref:	Jensen 1976


LeMaitre 1989: figure B.14

F	foidite

Pc	picrobasalt

B	basalt

O1	basaltic andesite

O2	andesite

O3	dacite

S1	trachybasalt

S2	basaltic trachyandesite

S3	trachyandesite

T	trachyte (q < 20%)

trachydacite (q > 20%)

R	rhyolite

U1	tephrite (ol < 10%)

basanite (ol > 10%)

U2	phonotephrite

U3	tephriphonolite

Ph	phonolite

Ref:	LeMaitre 1989


General

K.G.Cox, J.D.Bell and R.J.Pankhurst, 1979

C.J.Hughes, 1982

R.W.Le Maitre (ed.), 1989

E.A.K.Middlemost, 1985

P.J.Potts, A.G.Tindle and P.C.Webb, 1992

A.Streckeisen, 1976


K.G.Cox, J.D.Bell and R.J.Pankhurst, 1979

"The Interpretation of Igneous Rocks,"

George Allen and Unwin, London.


C.J.Hughes, 1982

"Igneous Petrology,"

Elsevier, Amsterdam.


R.W.Le Maitre (ed.), 1989

"A Classification of Igneous Rocks and Glossary of Terms,"

Blackwell, Oxford, 193 pp.

Figure B.12

Figure B.14

Figure B.15


E.A.K.Middlemost, 1985

"Magmas and Magmatic Rocks,"

Longman Group Limited, Essex.

Figure 3.3.3

Figure 3.3.6


A.Streckeisen, 1976

To each plutonic rock its proper name,

Earth-Science Reviews, vol.12, pp.1-33.


Middlemost 1985: figure 3.3.6

1	Alkali feldspar Syenite

2	Alkali feldspar Quartz Syenite

3	Alkali feldspar Granite

4	Syenite

5	Quartz Syenite

6	Granite

7	Monzonite

8	Quartz Monzonite

9	Monzodiorite

10	Quartz Monzodiorite

11	Granodiorite

12	Diorite and Gabbro

13	Quartz Diorite

14	Tonalite

Ref:	Middlemost 1985


Meschede 1986: figure 1

P MORB, N MORB	Mid-Ocean Ridge Basalts

VAB	Volcanic Arc Basalts

WPA	Within Plate Alkaline Basalts

WPT	Within Plate Tholeiites

Ref:	Meschede 1986


Middlemost 1985: figure 3.3.3

1	Nephelinite

2	Phonolite

3	Alkali trachyte

4	Pantellerite

5	Comendite

6	Basanite

7	Alkali picrite

8	Alkali olivine basalt

9	Trachybasalt

10	Trachyandesite basalt

11	Trachyandesite

12	Trachyte

13	Trachydacite

14	Trachyrhyolite

15	Alkali rhyolite

16	Picrite

17	Tholeiite basalt

18	Andesite basalt

19	Andesite

20	Andesite dacite

21	Dacite

22	Rhyolite dacite

23	Rhyolite

Ref:	Middlemost 1985


Mullen 1983: figure 1

CAB	Calc-Alkaline Basalts

IAT	Island Arc Tholeiites

MORB	Mid-Ocean Ridge  and Marginal Basin Basalts

OIA	Ocean Island Alkalic Basalts

OIT	Ocean Island Tholeiites

Ref:	Mullen 1983


Pearce 1975: figure ?

LKT	Low Potassium Tholeiites

OFB	Ocean Floor Basalts

Refs:	 Pearce 1975


Pearce and Cann 1973: figure 2

CAB	Calc-Alkaline Basalts

IAB	Island Arc Basalts

LKT	Low Potassium Tholeiites

OFB	Ocean Floor Basalts

WPB	Within Plate Basalts

Ref:	Pearce and Cann 1973


Pearce et al 1984: figure 3

ORG	Ocean Ridge Granites

syn-COLG	Syn-Collision Granites

VAG	Volcanic Arc Granites

WPG	Within Plate Granites

Ref:	Pearce et al 1984


Shervais 1982: figure 2

ARC	ARC Tholeiites

OFB	Ocean Floor Basalts

Ref:	 Shervais 1982


Whalen et al 1987: figure 5a

FG	Fractionated Felsic Granites

OGT	Orogenic Granite Types (?)

(unfractionated M-, I- and S-type granites)

Ref:	Whalen et al 1987


Wood 1980: figure 1a

A	N-type MORB

B	E-type MORB and tholeiitic WPB and differentiates

C	Alkaline WPB and differentiates

D	Destructive PMB and differentiates

WPB	within-plate basalts

PMB	plate-margin basalts

MORB	mid-ocean ridge basalts

Ref:	 Wood 1980


LeMaitre 1989: figure B.12

Ref:	LeMaitre 1989


LeMaitre 1989: figure B.15

Ref:	LeMaitre 1989


Pearce and Cann 1973: figure 3

CAB	Calc-Alkaline Basalts

IAB	Island Arc Basalts

LKT	Low Potassium Tholeiites

OFB	Ocean Floor Basalts

WPB	Within Plate Basalts

Ref:	Pearce and Cann 1973


Pearce and Cann 1973: figure 4

CAB	Calc-Alkaline Basalts

IAB	Island Arc Basalts

LKT	Low Potassium Tholeiites

OFB	Ocean Floor Basalts

WPB	Within Plate Basalts

Ref:	Pearce and Cann 1973


Debon and Le Fort 1983: figure 2b

Peraluminous

I	muscovite or muscovite > biotite

II	biotite > muscovite

III	biotite

Metaluminous

IV	mainly hornblende and biotite

(biotite, hornblende, orthopyroxene,

clinopyroxene, primary epidote, sphene)

V	high prop cpx +/- primary epidote +/- sphene

VI	exceptional igneous rocks

LG	Leuco Granitoids

Ref:	Debon and Le Fort 1983


Pearce et al 1984: figure 4

ORG	Ocean Ridge Granites

syn-COLG	Syn-Collision Granites

VAG	Volcanic Arc Granites

WPG	Within Plate Granites

Ref:	Pearce et al 1984


Pearce and Norry 1979: figure 3

Ref:	 Pearce and Norry 1979


Whalen et al 1987: figure 5b

FG	Fractionated Felsic Granites

OGT	Orogenic Granite Types (?)

(unfractionated M-, I- and S-type granites)

Ref:	Whalen et al 1987


Winchester and Floyd 1977: figure 2

Ref:	Winchester and Floyd 1977


Winchester and Floyd 1977: figure 6

Ref:	Winchester and Floyd 1977


Irvine and Baranger 1971: figure 2

Ref:	Irvine and Baranger 1971


Irvine and Baranger1971: figure 3

Ref:	Irvine and Baranger 1971


Normative Refs

M.H.F.Kosinowski, 1982

R.W.LeMaitre, 1976

E.A.K.Middlemost, 1989


E.A.K.Middlemost, 1989

Iron oxidation ratios, norms and the classification of volcanic rocks,

Chemical Geology, vol.77, pp.19-26.


R.W.LeMaitre, 1976

Some Problems of the Projection of Chemical Data into Mineralogical Classifications,

Contributions to Mineralogy and Petrology, vol.56, pp.181-189.


M.H.F.Kosinowski, 1982

MSONRM, a FORTRAN program for the improved version of mesonorm calculation,

Computers & Geosciences, vol.8, no.1, pp.111-120.


Melt Modelling

C.J.Allegre and J.F.Minister, 1978

C.J.Allegre, M.Treuil, J.F.Minister and F.Albarade, 1977

J.G.Arth, 1976

W.K.Conrad, 1987

D.J.DePaolo, 1981

R.Powell, 1984


R.Powell, 1984

Inversion of the assimilation and fractional crystallization (AFC) equations; characterization of contaminants from isotope and trace element relationships in volcanic suites,

Journal of Geological Society London, vol.141, pp.447-452.


D.J.DePaolo, 1981

Trace element and isotopic effects of combined wallrock assimilation and fractional crystallization,

Earth and Planetary Science Letters, vol.53, pp.189-202.


W.K.Conrad, 1987

A FORTRAN program for simulating major- and trace-element variations during rayleigh fractionation with melt replenishment or assimilation,

Computers and Geosciences, vol.13, no.1, pp.1-12.


J.G.Arth, 1976

Behavior of trace elements during magmatic processes - a summary of theoretical models and their applications,

Journal of Research USGS, vol.4, no.1, pp.41-47.


C.J.Allegre, M.Treuil, J.F.Minister and F.Albarade, 1977

Systematic use of trace elements in igneous processes. Part 1: Fractional crystallization processes in volcanic suites,

Contributions to Mineralogy and Petrology, vol.60, pp.57-75.


C.J.Allegre and J.F.Minister, 1978

Quantitative models of trace element behaviour in magmatic processes,

Earth and Planetary Science Letters, vol.38, pp.1-25.


P.J.Potts, A.G.Tindle and P.C.Webb, 1992

"Geochemical Reference Material Compositions: Rocks, Minerals, Sediments, Soils, Carbonates, Refractories & Ores Used in Research & Industry,"

CRC Press, Boca Raton.


Gill 1981: figure 5.16a

Ref:	Gill 1981


Gill 1981: figure 5.16b

Ref:	Gill 1981


Gill 1981: Figure 5.16c

Ref:	Gill 1981


Gill 1981: figure 12

Ref:	Gill 1981


Registration Info

NewPet is Shareware. In other words, you can try it before you buy it. You may distribute copies of this package as long as the files are not modified in any way and are distributed intact. You cannot charge for copies of the program itself, only the media.

If you like it, let us know.  A voluntary registration of $25 CDN (no GST or PST)  or $20 US would be greatly appreciated and would help to expedite future enhancements. I also keep a mailing list of users and will let you know when a major revision is available.

Make any cheques or money orders payable to:

Memorial University of Newfoundland

Department of Earth Sciences

and send them along with your mailing address to the address below.

We can also handle credit cards (Visa or Master Card only, please include expiration date and signature) and purchase orders.  In these cases we need a hard copy of the request (a fax will do.)

Please indicate what size disk that you prefer (3.5" or 5.25".)

If you have questions, suggestions, or are registering please contact:

Daryl Clarke

Memorial University of Newfoundland

Department of Earth Sciences

Centre for Earth Resources Research

St. John's, NF, Canada       A1B 3X5

(709) 737 8346	telephone

(709) 737 8142

(709) 737 2589	fax

daryl@sparky2.esd.mun.ca	email

daryl@cs.mun.ca


Getting NewPet via Internet


Getting NewPet via the Internet

If you have Internet ftp access, you can get the latest version of NewPet at the following site: sparky2.esd.mun.ca (IP address 134.153.11.101)

Here is a sample session showing the procedure. What you have to type is in plain text. What you see is in bold text.

ftp -i

ftp> open sparky2.esd.mun.ca

Connected to sparky2.esd.mun.ca.

220 sparky2 FTP server (SunOS 4.1) ready.

Name (sparky2.esd.mun.ca:daryl): ftp

331 Guest login ok, send ident as password.

Password: daryl@garfield.cs.mun.ca

230 Guest login ok, access restrictions apply.

ftp> dir

200 PORT command successful.

150 ASCII data connection for /bin/ls (134.153.1.1,3725) (0 bytes).

total 6

dr-xr-xr-x  2	14	1	512	Apr 1  1991bin

dr-xr-xr-x  2	14	1	512	Apr  1  1991 dev

dr-xr-xr-x  2	14	1	512	Jun  3  1991 etc

drwxr-xr-x  2	0	1	512	Oct  8 18:54 jody

drwxr-xr-x  3	11	1	512	Sep 14 10:41 pub

dr-xr-xr-x  3	14	1	512	Apr  1  1991 usr

226 ASCII Transfer complete.

364 bytes received in 0.75 seconds (0.48 Kbytes/s)

ftp> cd pub

250 CWD command successful.

ftp> dir

200 PORT command successful.

150 ASCII data connection for /bin/ls (134.153.1.1,3731) (0 bytes).

total 7

drwxr-xr-x  2 11	10	512 Sep 14 10:43 geo-progs

-rwxr-xr-x  1 11	10	5647 Jun 30 17:06 price.xrf

226 ASCII Transfer complete.

139 bytes received in 0.1 seconds (1.3 Kbytes/s)

ftp> cd geo-progs

250 CWD command successful.

ftp> dir

200 PORT command successful.

150 ASCII data connection for /bin/ls (134.153.1.1,3736) (0 bytes).

total 1031

-rwxr-xr-x  1 11       10            141 Sep 14 10:45 .message

-rwxr-xr-x  1 11       10              0 Apr  1  1993 000_these_are_BINARY_files

-rwxr-xr-x  1 11       10              0 Apr  1  1993 001_set_ftp_transfer_accordingly

-rwxr-xr-x  1 11       1               9 Apr  1  1993 002_NewPet_version:_93.02.16

-rwxr-xr-x  1 11       10            303 Oct 12 19:02 INDEX

-rwxr-xr-x  1 11       1            1772 Apr  8  1993 README

-rwxr-xr-x  1 11       1          133275 Apr  1  1993 amphibol.zip

-rwxr-xr-x  1 11       10         590469 Apr  1  1993 np2x.exe

-rwxr-xr-x  1 11       10         279013 Apr  1  1993 quikplot.exe

-rwxr-xr-x  1 11       10           1383 Apr  1  1993 readme.qp

226 ASCII Transfer complete.

718 bytes received in 0.083 seconds (8.5 Kbytes/s)

ftp> binary

200 Type set to I.

ftp> get np2x.exe

200 PORT command successful.

150 Binary data connection for np2x.exe (134.153.1.1,3739) (590469 bytes).

226 Binary Transfer complete.

local: np2x.exe remote: np2x.exe

590469 bytes received in 4.6 seconds (1.3e+02 Kbytes/s)

ftp> quit

221 Goodbye.