| # | Country | Total Patents | |
|---|---|---|---|
| #1 | Canada | 3 | |
| #2 | Belgium | 2 | |
| #3 | Switzerland | 2 | |
| #4 | Australia | 1 | |
| #5 | China | 1 | |
| #6 | Germany | 1 | |
| #7 | EPO (European Patent Office) | 1 | |
| #8 | Hong Kong | 1 | |
| #9 | United States | 1 | |
| #10 | WIPO (World Intellectual Property Organization) | 1 |
| # | Industry | |
|---|---|---|
| #1 | Materials and metallurgy | |
| #2 | Semiconductors | |
| #3 | Surface technology and coating | |
| #4 | Machines |
| # | Technology | |
|---|---|---|
| #1 | Semiconductor devices | |
| #2 | Alloys | |
| #3 | Building materials | |
| #4 | Single-crystal-growth | |
| #5 | Unspecified technologies |
| # | Name | Total Patents |
|---|---|---|
| #1 | Nicolaou Michael C | 8 |
| #2 | Nicolaou M C | 1 |
| #3 | Nicolaou Michael C Dr | 1 |
| Publication | Filing date | Title |
|---|---|---|
| US7166796B2 | Method for producing a device for direct thermoelectric energy conversion | |
| CA992438A | Method of producing a p-type or n-type alloy for direct thermoelectric energy conversion | |
| CH572281A5 | Thermoelectric energy converting material - based on magnesium stannide/germanide/silicide | |
| CA914949A | Material for direct thermoelectric energy conversion with a high figure of merit |