Multicomplex Management (MCM) Expected Creative Potential (ECP) Picture 15 - BCD RESEARCH SUBJECTS L - Z

In 2002 Hans Bruno Lund introduced the concept

"Multicomplex Management (MCM)" as a platform

for a new series of management concepts and tools,

e.g. "Expected Creative Potential (ECP)", desig-

ned as personal tools for the CEO of large, multicom-

plex organizations in addition to the traditional mana-

gement concepts and tools.

 

As of January 2010 the new concepts / tools "Multicomplex Management (MCM)" and "Expected Creative Potential (ECP)" were referred to on more than 800.000 websites or 40.000.000 webpages.

 

Literature:

 

Lund, Hans Bruno

Multicomplex Management (MCM)

Version 3

CD-ROM, 741 colored illustrations

Hans Bruno Lund

Skodsborg

Denmark

2009

 

A multicomplex organization:

 

Organization Structure Model used: Nordic Industrial Fund - Nordic Council of Ministers - Bio & Chemistry Division (BCD) - Division REI-activities (Research / Education / Innovation): 5 programmes: NordFood, Nordic Wood, NordPap, NordBio and NordYeast; 748 projects; 6.000 participating private and public companies, institutions, organizations and agencies in 62 countries. BCD connected 180.000 researchers, operators, engineers, technicians and company, organization and agency executives (1998). BCD was - in combination with NordTek (the organization managing the cooperation of the 23 Nordic technical universities) - the largest industrial and technological REI-network in Northern Europe. BCD was a 27.000 ECP Organization connecting 278.000 people totalling 2.7 million ECP. Photo on Picture 1: Hans Bruno Lund visiting the governor of Oulu province, Finland Dr. Eino Siuruainen during a NordTek seminar.

 

Hans Bruno Lund

Contact: hansbrunolund@hotmail.com

 

Pictures to Multicomplex Management (MCM): 1, 2, 3, ... , 16.

 

Multicomplex Management (MCM) Pictures:

Picture 1 - 9 on Page 1

Picture 10 on Page 2

Picture 11 - 12 on Page 6

Picture 13 - 15 on Page 7

Picture 16 on Page 8

 

Multicomplex Management (MCM) is explained in Picture 2.

 

Expected Creative Potential (ECP) is explained in Picture 2.

 

RESEARCH SUBJECTS L - Z:

 

Comment:  are symboles for REI-areas which could

not be transferred from the original file.

 

L. brevis (Detmold)(080) 

L. plantarum (valencia) (080) 

Lac.Aci.Bac. (067-072/312/494) 

Lac.Pen. (073)

Landfill leachates (101/102)  XMX

Latex i betong(540) 

Lättklinker (683) 

LCA (152/634) XMX

LCA 17 (706) 

LCA in SWC (539) 

Leachates (101/102)  XMX

Leaching (095) XMX

Lean Logistics (113) 

Ledande polymerer (314/350) 

Leverens (180-183) 

Leverensepresisjon - Træ (625) 

Levnedsmidler (319) 

Light chain (NY16) 

Lignin (147/195)

Limning (532) 

Limträ (178) 

Limtræ (565/577/623) 

Limtræ (681) 

Lipases (031/033/505) 

Lipids (082-084/511) 

Livscykelanalyser (152)  XMX

Livsmedel - Bioteknik (390) 

Livsmedel (361)

Livsmedel och foder (405) 

Livsmedelskontakt (171-173) 

Loopfermentor (482) 

Low Fat Products (386) 

Lower carbohydrates (054) 

Lukkede produktionsanlæg (420)  XMX

Lut- och syraprocess (578)  XMX

Lysozyme (064)

Mammalian cell (041) 

Marin begroing (484)  XMX

Marine organisms (066) 

Marine råstoffer (297) 

Markedsudvikling - Træ (589) 

Marknader (184-187) 

Marksanering (465/590)  XMX

Marksanering (524/637)  XMX

Mass transfer (037) 

Massa (144/145/277/330/550)  XMX

Massa- och papper - Støy (213)  XMX

Massaframställning (216)  XMX

Mastevirke (556) XMX

Mastitisdiagnostik (396) 

MAT Gripen (126-132)

Material (126-132)

Material POM (525) 

Matfiskanlegg (395) 

Maturation processes (NY26) 

Meat (073-076/109) 

Medicin (270) 

Melkeproteiner (272) 

Membrane filtration (086) 

Membranes (NY03/18/19/25) 

Metal (415) 

Metaller (173)

Metallurgi (397/479) 

Metallutvinning (502) 

Metals (094-098)

Metan (234)  XMX

Methionine (NY06/14) 

Microbial Antagonists (108) 

Microtox (170)

Mikroalger (373)

Mikrobielt peroxidas (259) 

Mikrobiologi (172)

Mikroemulsioner (296) 

Mikroformering (308) 

Mikrosfärer (341) 

Mikroskopi (138) 

Miljö (239/582/585/600/615)  XMX

Miljö i garverier (194)  XMX

Miljöanpassad betong (516)  XMX

Miljödeklarationer (528)  XMX

Miljökrav skrotsmält (323)  XMX

Miljømodellering (449)  XMX

Miljø-ORS-Paraply (527)  XMX

Miljøovervågning (423)  XMX

Miljöprofilering djuptryck (515)  XMX

Miljørisiko - Gensplejsning (371)  XMX

Miljøteknologi (489)  XMX

Milk (106) 

Mine drainage (094)  XMX

Mineraler (535) 

Mitochondria (NY04/18) 

Mjukpapperstillverkning (211)  XMX

Möbelindustrin (232) 

Möbler (530/536/547/600) 

Modelling (040)

Modern blekteknik (143-152)  XMX

Molecular Imprinting (440) 

Molecular modelling (035) 

Molekylærbiologi (399) 

Mouse immunoglobulin (NY16) 

MRI-kontrastteknik (376) 

Multidetektor (385/411)  XMX

Muskelråvara (326) 

Mutant saturation (NY08/NY27) 

Mykfór (444)

N/C Ventil (269)

NanoScan (636) 

Närsaltreduktion (382)  XMX

Naturgas (191)  XMX

Navigationssystem (261) 

Near Critical Fluids (364) 

Network(542) 

NICOLE (603) 

Njurinflammation (347)

NMR-metodik (140) 

NoKos 01 (688) 

NoKos 01 (689) 

NoKos 02 (690) 

NoKos 03 (691) 

NoKos 04 (692) 

NoKos 05 (693) 

NoKos 06 (694)

NoKos 07 (695) 

NoKos 08 (696) 

NoKos 09 (697) 

NoKos 10 (698) 

NoKos 11 (699) 

NoKos 12 (700) 

NoKos 13 (701) 

NoKos 14 (702) 

NoKos 15 (703) 

NoKos 16 (704) 

NoKos 17 (705) 

NordBio (606) 

Norden/Baltikum (506) 

Nordfisk Blåvilling (217) 

Nordic Aluminium Cluster (542) 

Nordic Wood - Planlægning (504) 

Nordisk industriforsker (540/561) 

Nordisk industriforsker (581/583) 

Nordisk studentseminar (476) 

Nordkalott (523)

NordMark (587)

NordMiljö (196)  XMX

NordPap (133-176/499)  XMX

NordPhys (610) 

NordPhys (610)

NordTek (/576/579/584/633) 

NordTek (519/522/552/567/) XMX

NordTek 1990

NordTek 1991

NordTek 1992

NordTek 1993

NordTek 1994

NordTek 1995

NordTek 1996

NordTek 1997

NordTek 1998

NordTek 1999

NordTrap (535/586) 

North Calotte (611) 

Nuclear DCM (NY28) 

Nuclear envelope (NY20) 

Numerical Taxonomy (059) 

Nyfiber (133-142/493)  XMX

Odig. kolhydrater (393) 

Off-gas (481)  XMX

Offset (199/228/331/574/596)  XMX

Offset (4.2)  XMX

Olefiner (392)

Oligisakkarider (262) 

Oljeseparation (198) 

Oljeutvinning (252)  XMX

On Line Measuring Control (115) 

Öppningssäkerhet (343)  XMX

Optiska metoder (2.2.2) 

Order (180-183)

Organiske forbindelser (285) 

Organochlorines (091) 

Oxidkeramer (275) 

Oxygendelignifiering (195)  XMX

Ozonblekning (144/145/146/469)  XMX

Ozonblekning (3.1)  XMX

Ozonblekning (3.3.2.)  XMX

Pacific Rim (185)

Packaging (103-106)  XMX

PAH (092) 

Panax (258) 

Paper (231)  XMX

Papirmaskiner (208)  XMX

Papper (153-164) XMX

Papper (158/159) XMX

Papper (174-175) XMX

Papper (2.3)  XMX

Papper (432) XMX

Pappersbruk (225) XMX

Pappersindustrin (544)  XMX

Partikkelseparasjon (322) 

Patagonesis (427)

PCD (092)  XMX

Peptidsyntes (251) 

Perlit (203)

PET (104) 

Phospholipase C (036) 

Photosynthesis (473) 

Physiological effects (038) 

Physiological Engineering (508) 

Plant Cell Biotechnology (049-055)  XMX

Plasma Waste (381)  XMX

Plasmateknik (451) 

Plasmateknologi (455)  XMX

Podofyllotoxin (441)  XMX

Policy  (620)

Pollutants (090-093)  XMX

Polyelektrolyttitrering (133) 

Polymera material (379)  XMX

Polymerdager (321) 

Polymerer (307/314/320/350)  XMX

Polymerer (394/497)  XMX

Polymerisation (392)  XMX

Polysaccharides (509) 

Polysacharider (360/417/464) 

Por.sto.förd.(139)

Porstorlek (140) 

Potent. titrering (133) 

Preservation (067/072) 

Prickräkning (166) 

Probionsyrebakterier (601) 

Probiotic Foods (127) 

Process Environments (043)  XMX

Processfrämmande ämnen (149-151) 

Processing (618)  XMX

Produktionslogging (334) 

Produktionssystem (188-189)  XMX

Produktudvikling (582)  XMX

Profilin (NY13) 

Prosessregulering (492)  XMX

Proteases (058/429) 

Protein Eng. Konferens (299) 

Protein Eng. receptorer (367) 

Protein secretion (NY01/15/23) 

Protein software tools (031) 

Proteinstrukturer (477) 

Proteolytic mixtures (065) 

Provtrykning (162/163/164) 

Psychrophilic Org. (056-066) 

Psykrofile organismer (370) 

Pulp and Paper (085-089)  XMX

Pulping (256)  XMX

Pulvere (682) 

Punktkorrosion (223) 

Pyrophosphatase (NY18) 

Pyrophosphate (NY04/18) 

Quality Control (112-115)  XMX

Quality Definition (107-108)  XMX

Quality Measuring (109-111)  XMX

Quality of Emulsion Products (112)  XMX

Quality of Food (107-115)  XMX

RADIOBIO process (088) 

Råmaterial - Spånskivor (230) 

Rasterstruktur (154) 

Rayonfiber (244) XMX

Real Time Control (460) 

Rejeaffald (435)  XMX

Remediation (090) XMX

Rengøringskvalitet (408)  XMX

Replication control (NY11) 

Reproduktion - Fisk (594)  XMX

Returfiber (133-142/493)  XMX

Returfiberanalytik (5.1)  XMX

RNA polymerases (NY10) 

RNAs (NY10) 

Robotteknologi (374/628) 

Rotationspressar (222) 

Rye Technology (128) 

Saccharomyces cer. (001-030) 

Safe SS (541) 

Safety (126) 

Sågverk (226) 

Salmon (107)

Sanitation in Dairies (119)  XMX

Sausage (074/076)

Scallop viscera (064) 

Scand-Elpho '91 (467) 

SC-medier (445)

Screening (082) 

Seafloor (496)  XMX

Secretion in yeast (NY22) 

Sensoric Calibration (110) 

Sensors (043/110/240) 

Shelf life (077-081/105) 

Shellfish (123)  XMX

Simulation 01

Simulation 01

Simulation 02

Simulation 03

Simulation 04

Simulation 05

Självsmörjande skikt (271) 

Skogsindustri (210/235)  XMX

Skrotsmält (323) XMX

Skum (155)  XMX

Sludge (087/089/097/438)  XMX

Små och Mellanstore (316) 

Sockerraffinader (221) 

Soil (090/092/097) XMX

Sol / Gel (678) 

Solid Waste (099-102)  XMX

Soluble Starch Synthase (050) 

Sorbents (096) 

Sour Dough (068/131) 

Spånplader (530)

Spånskivor (230)

Spårbarhet (189) XMX

Spektroskopi (135)

Spektroskopi (2.2.1) 

Stålugn (204) XMX

Stålverk (190/343/518)  XMX

Standarder (165-176) 

Starch (049-055) 

Starch Enzymes (049/051) 

Starter cultures (073-076) 

Statik (710)

Steroler (457)  XMX

Stöblätt 01 (707) 

Stöblätt 02 (708) 

Stöblätt 03 (709) 

Størkning (255/293) 

Støveksplosjoner (201)  XMX

Støy (4.1.3.2)  XMX

Strategier (176) 

Strukturer (673) 

Strukturer (676) 

Strukturer (677) 

Studenterutbyte (551/553/566) 

Styrenbemängd luft (419)  XMX

Styrkesortering (181/534) 

Sulfat- och sulfitmassa (3.2)  XMX

Sulfatmassakokning (243)  XMX

Sulfitmassa (148) XMX

Supercritical Fluids (410) 

Superkritisk ekstraktion (340/351) 

Superkritiske medier (428) 

Surface 01

Surface 02

Surface 03

Surface 04

Surface 05

Surface 06

Surface 07

Surface 08

Surface 09

Surface properties (501) 

Surfaktanter (453)

Svartvatten (604)  XMX

Svejsning (711)

Syntese (061/333/380) 

Synteser i SC-medier (445) 

Syra-Base-egenskaper (134) 

TCF-blekning (148) 

TEMI (537) 

Termisk analyse (250) 

Termiske processer (279) 

Termofile enzymer (383) 

Termofile vektorer (430) 

Termokemisk databank (288) 

Termoplaster (332) 

Textilindustri (205)  XMX

Thermophile bakterier (300) 

Thermophile lipase activity (082) 

Thermophile organismer (370) 

Thermophiles (056/059) 

Thermophiles (487) 

Thermophilic microbiology (099) 

Thermophilic Organisms (056-066) 

Thorothermus Marinus (062) 

Threonine biosynthesis (NY06) 

Tidningspappers egenskaper (2.3) 

Toneradhesion (175) 

Torsk (483) 

Torv (254)  XMX

Total Quality Control (114) 

Toxilogi (172) XMX

TQMNW (598)

Trä (187/297/366/574)  XMX

Trä (297/599/624/625/626/627/628)  XMX

Trä (366)  XMX

Trä och Miljö (177)  XMX

Trä som ing.material (178-179)  XMX

Träbearbetning (233)  XMX

Træ (179/181/184/226/265/589)  XMX

Træ (306/559/562/580/597/622)  XMX

Træhus (622)  XMX

Träfönster (537) XMX

Trä-FoU-Miljøinfo (529)  XMX

Trähus i flera våningar (186)  XMX

Transcription (NY26) 

Transcription factors (NY10) 

Transcription of RNAs (NY10) 

Transcriptional control (NY21)

Transfer RNA (NY24) 

Transfertryck (388)  XMX

Tre (188) XMX

Trefiberplater och energiforbrug (214)  XMX

Trehus (533/627) XMX

Tribologi (684) 

Trimetoxibensaldehyd. (305) 

Troponin C (NY13) 

Tryck (248)  XMX

Tryckbarhet i offset (4.2)  XMX

Tryckfärg (160/245/283/363)  XMX

Tryckfärger (357) XMX

Tryckkvalitet (162)  XMX

Tryckkvalitet (4.1) XMX

Tryckmetoder (253/538)  XMX

Tryckning (495)  XMX

Trypsin (034) 

Tungmetaller (173)  XMX

Turbiditet (142) 

Tyrosin hydroksylase (313) 

Udbening af svinekød (368) 

Underglycosylated prot.A (NY30) 

Uppmätning av brus (155) 

Urinininkontinens (348) 

Utbeläggningar (549)  XMX

Utprovning/Utveckling (2.2) 

Value from Heads (124)  XMX

Vandstråleskæring (342) 

Våtlimning (532)

Vatten (167/604/608)  XMX

Vatten i järn- och stålverk (190)  XMX

Vattenburna tryckfärger (357)  XMX

Vax (485)  XMX

Vax i Well-returpapper (485)  XMX

Växtcellbioteknik (365/406)  XMX

Växtcellbioteknologi (406)  XMX

Vedråvara med fenol (257)  XMX

Vegetation Mapping (443)  XMX

Virke (545/556/572)  XMX

Virke och miljö (480)  XMX

Virkestorkning (418)  XMX

Virus (NY12)

Viskos rayonfiber (244)  XMX

VROS-system (267) 

Wastes (094/096) XMX

Wastewater (085/095/098/450)  XMX

Water in Fish Industry (122)  XMX

Water Jet Deboning (125)  XMX

Wheat bread (077-081) 

Wheat sourdough (079) 

Wiltshire bacon (075) 

Wood Cut (620) XMX

Wood XMX

Xylan (062) 

Xylanases (056/060/062) 

Xylose Utilixation (447) 

Yeast  XMX

Yeast ADE4 gene (NY11) 

Ytaktiv offsetfukt (228)  XMX

Ytbehandlat trä (287)  XMX

Ytbehandling betong (266)  XMX

Ytenergi (134)

Ytkemiska metoder (2.2.1) 

Ytsammensättning (134) 

Ytstruktur (2.2.2)

Ytterdörrar (183) XMX

Zink (675) 

Zinkholdig støv (518)  XMX

Zioliter (282) 

 

Literature

 

Lund, Hans Bruno

Multicomplex Management (MCM)

Version 3

CD-ROM, 741 colored illustrations

Dr. Hans Bruno Lund, Management Consultant

Skodsborg

Denmark

2009

 

Not available in libraries

 

 

Done