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Nano-Solutions for Sustainable Development
Published on Jun 08, 20112824 Views
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Chapter list
NanoTechnologies & NanoMaterials00:00
Research00:17
Innovation00:37
Outline00:55
A yet long Story01:08
There came dr. Richard P. Feynman01:23
First "Nano Technology"01:34
Technological waves01:43
The "S" curve of nanotechnology01:55
Effectiveness of a risk assessment framework to inform public perception02:15
Italie02:59
Definitions03:34
Needs for standardization03:36
Technical specification04:23
Commission Européenne : RECOMMENDATION on the definition of the term "nanomaterial“04:54
Extremely Broad Chemistries05:50
The Significance of Structure06:16
Particle Number = Fonction of the dimension06:41
Surface (ϕnm) = 10.000.000 x Surface (ϕcm)07:40
Nanoscale07:57
Markets08:30
Why Nano?08:32
Number of nanotechnology jobs 09:11
Expenditures09:14
Nanotechnology global funding - 109:16
Nanotechnology global funding - 209:38
Strong Competition10:12
2006 → 200810:29
Projection 201210:35
Properties10:56
NanoParticules Manufacturées10:57
NanoDevices - NanoMachines11:07
NanoHand11:21
AFM tip11:34
Manipulation d’atomes individuels11:40
Mechanical Processing, Physical Processing, Chemical Processing12:10
France12:28
Agregate size vs. elementary particle diameter12:50
Applications13:20
NanoMaterials « Historics »13:21
Carbon nanotubes in an ancient Damascus sabre14:04
"Nano before Nano was cool!"14:14
Silver Nanotechnology Working Group (SNWG)14:35
Today Life Applications - 114:56
Today Life Applications - 215:07
AEROSIL et Sipernat pour l’industrie alimentaire15:23
Quantification of total silica and nanosilica in food products15:49
Food Packaging16:03
Edible Packaging16:19
Yet on the Market16:33
Numbers of products associated with specific materials17:10
Europe / Octobre 2010 -ANEC –BEUC Inventory17:41
Laponite (Rockwood Company)18:07
Applications de la Laponite (source : Rockwood)18:31
Real Risks, Perceptual Risks, Regulations18:48
Ten Toxic Warnings18:50
Barriers for the applications of Nanomaterials19:47
Emergence of Nanotechnology Risks20:12
1st reports of Nanotoxicity20:31
Mitsui temporarily stops MWNT shipments21:22
NP Hazard21:59
De la Particule Primaire à l’Environnement (Japon)22:16
Vienna22:26
Hazard (Toxicity -????)22:54
Nanomaterials - nanoToxicity23:08
Virtual Journal of NanoEHS24:15
Eco –Toxicité24:34
Human Exposure Routes24:59
Nanotechnology: How Much EH&SResearch is Enough?25:07
Nanotoxicology: characterizing the scientific literature, 2000–200726:03
Calculating the costs of testing for nanotechnology risks26:32
The need to develop dependable protocols new urgency26:58
8 Parameters (OCDE)27:15
8 parameters27:46
Unstabilised Knowledge !!28:28
Nanoparticles do not exist as single particle entity, they absorbe things29:27
Placenta Barrier Transfert29:29
Exposition29:53
Do Not Forget the Accident Event30:06
Medical surveillance, exposure registries, and epidemiologic research for workers exposed to nanomaterials30:20
Assessment of exposure and health status in workers handling titanium diokside30:36
Study of Nanoparticle Emission from Production of Multi Walled Carbon Nanotubes31:18
WorkPlace Guideline-31:44
Nano Security Elements32:10
Hazard Categories in BSI PD6699-2:200732:11
Occupational Exposure Limit (OEL) for Baytubes defined by Bayer Material Science32:53
Recommended Exposure Limit for Inhalation of Carbon Nanotubes Proposed by NIOSH33:10
NIOSH: Nano-Titanium Dioxide “A Potential Occupational Carcinogen”33:28
Benefits33:54
Environmental Impacts of Nanosilver33:57
Silver Beware: Antimicrobial Nanoparticles in Soil May Harm Plant Life34:44
Health Risk Assessment of Nanomaterials35:07
Communication / Transparence / Informations36:24
NanoTechnologies& NanoMaterials37:31