Scandium Canada Ltd.(SCD)
(SCD)
Tarjoustasot
Avoinna
Määrä
Osto
62 000
Myynti
Määrä
120 000
Viimeisimmät kaupat
| Aika | Hinta | Määrä | Ostaja | Myyjä |
|---|---|---|---|---|
| - | - | - | - |
Määräpainotettu keskihinta (VWAP)
0,040VWAP
0,040Vaihto (CAD)
320Välittäjätilasto
Dataa ei löytynyt
Yhtiötapahtumat
| Seuraava tapahtuma | |
|---|---|
| Menneet tapahtumat | ||
|---|---|---|
Asiakkaat katsoivat myös
Uutiset ja analyysit
Tämän sivun uutiset ja/tai sijoitussuositukset tai otteet niistä sekä niihin liittyvät linkit ovat mainitun tahon tuottamia ja toimittamia. Nordnet ei ole osallistunut materiaalin laatimiseen, eikä ole tarkistanut sen sisältöä tai tehnyt sisältöön muutoksia. Lue lisää sijoitussuosituksista.
Uutiset ja analyysit
Tämän sivun uutiset ja/tai sijoitussuositukset tai otteet niistä sekä niihin liittyvät linkit ovat mainitun tahon tuottamia ja toimittamia. Nordnet ei ole osallistunut materiaalin laatimiseen, eikä ole tarkistanut sen sisältöä tai tehnyt sisältöön muutoksia. Lue lisää sijoitussuosituksista.
Yhtiötapahtumat
| Seuraava tapahtuma | |
|---|---|
| Menneet tapahtumat | ||
|---|---|---|
Shareville
Liity keskusteluun SharevillessäShareville on aktiivisten yksityissijoittajien yhteisö, jossa voit seurata muiden asiakkaiden kaupankäyntiä ja omistuksia.
Kirjaudu
25. kesäk.25. kesäk.MONTRÉAL, QUÉBEC – TheNewswire - June 25, 2024 – Scandium Canada Ltd. (the “Company” or "Scandium Canada") (TSX VENTURE: SCD); (OTCQB: SCDCF) is pleased to announce the opening of its work camp at its flagship Crater Lake project in northeastern Quebec and the start of the summer 2024 field work program. Crater Lake is the only active primary scandium project globally. The Company has a permanent camp at Crater Lake that is accessible via helicopter or float plane. The camp cook and general handyman arrived on site June 13 to prepare. Staff from the engineering firm WSP arrived June 17 to begin their environmental work which will consist of study of fauna (birds and bats) and flora (inventory of vegetation and wetland to establish a baseline) and establishing baselines of water quality and fish habitats. This work is a prerequisite for the environmental permitting process. It will be done by different WSP teams this summer and some of the work will include fieldwork in 2025. The Crater Lake site and the proposed path of the road from the mine site to the current paved road will be mapped using the LiDAR (Light Detection and Ranging) technology. The resulting information will be used to help plan out in detail the path of the proposed road and to accurately plan the infrastructure of the Crater Lake permanent camp and facilities. Finally, later this month a drilling campaign will be undertaken that will include geomechanical drilling and conversion drilling. Drilling equipment and personnel are being mobilized. The drilling is expected to start by the end of June. The Company will update the market as the drilling progresses. https://stockhouse.com/companies/news?symbol=v.scd- 13. kesäk.13. kesäk.Press Release: Update on Market Development Read the details at: https://stockhouse.com/news/press-releases/2024/06/13/scandium-canada-ltd-announces-update-on-market-development
- 10. kesäk.10. kesäk.Scandium Canada is prototyping ScAl Alloys Good to hear that they are working at market delelopment i.e. developing and prototyping Sc-Al alloy products. I think they are makin g that in cooperation with Albecour Inc. (seen press release July 13th 2023). https://www.youtube.com/watch?v=JUGg3T33hq0 Pat Bolland with Guy Bourassa on Scandium Canada's Recent Rights Offering - YouTube
- 6. kesäk.6. kesäk.Scandium Canada is developing one of the largest primary sources of scandium in the world. https://www.innovationnewsnetwork.com/scandium-canada-developing-one-of-the-largest-sources-of-scandium/48238/
- 31. toukok.31. toukok.Excellent mechanical properties of Al-Mn-Sc alloy The enhanced mechanical properties of laser powder bed fusion Al-Mn-Sc alloy via non-isothermal aging Conclusions In this paper, the LPBF Al-Mn-Sc alloys with excellent mechanical properties were obtained by using a novel non-isothermal thermal treatment at a heating rate of 2 °C/min from 30°C to 350°C. By analysing precipitation behaviour and mechanical properties, the conclusions are as follows: (1) By analysing the activation energies and Avrami exponent of Al-Sc and Al-Mn precipitates, it was found that the precipitation of Al3(Sc,Zr) after nonisothermal aging was mainly dominated by interface-controlled growth through the reaction at the interface of matrix/particle, whereas the phase transformation of Al-Mn precipitates was mainly dominated by diffusion-driven phase transition. The non-isothermal model proposed was well suited for predicting non-isothermal processes of LPBF AlMn-Sc alloy. (2) More nanoscale Al3(Sc,Zr) precipitated within the grain after non-isothermal aging. The precipitates QC-Al81Mn19 precipitated along the grain boundaries for as-built samples, whereas they transformed into coarser precipitates QC Al85(Mn0.72Fe0.28)14Si, Al4Mn and Al6Fe0.5Mn0.5 after non-isothermal aging. (3) The excellent mechanical properties of LPBF Al-MnSc alloy are obtained by non-isothermal aging, which is equivalent to or even better than those obtained by isothermal aging. By revealing the strengthening mechanism, it is found that the excellent mechanical properties of the non-isothermally aged Al-Mn-Sc alloys are mainly attributed to the retention of the solid solution strengthening and fine grains by the highly efficient heat treatment, and the precipitation strengthening of the precipitates Al3(Sc,Zr), Al81Mn19, Al85(Mn0.72Fe0.28)14Si, Al4Mn and Al6Fe0.5Mn0.5 Jiang, W., Deng, Y., Xu, X., He, X., & Sing, S. L. (2024). The enhanced mechanical properties of laser powder bed fusion Al-Mn-Sc alloy via non-isothermal aging. Virtual and Physical Prototyping, 19(1). https://doi.org/10.1080/17452759.2024.2317777 https://www.researchgate.net/publication/378401163_The_enhanced_mechanical_properties_of_laser_powder_bed_fusion_Al-Mn-Sc_alloy_via_non-isothermal_aging
Yllä olevat kommentit ovat peräisin Nordnetin sosiaalisen verkoston Sharevillen käyttäjiltä, eikä niitä ole muokattu eikä Nordnet ole tarkastanut niitä etukäteen. Ne eivät tarkoita, että Nordnet tarjoaisi sijoitusneuvoja tai sijoitussuosituksia. Nordnet ei ota vastuuta kommenteista.
Uutiset ja analyysit
Tämän sivun uutiset ja/tai sijoitussuositukset tai otteet niistä sekä niihin liittyvät linkit ovat mainitun tahon tuottamia ja toimittamia. Nordnet ei ole osallistunut materiaalin laatimiseen, eikä ole tarkistanut sen sisältöä tai tehnyt sisältöön muutoksia. Lue lisää sijoitussuosituksista.
Shareville
Liity keskusteluun SharevillessäShareville on aktiivisten yksityissijoittajien yhteisö, jossa voit seurata muiden asiakkaiden kaupankäyntiä ja omistuksia.
Kirjaudu
- 25. kesäk.25. kesäk.MONTRÉAL, QUÉBEC – TheNewswire - June 25, 2024 – Scandium Canada Ltd. (the “Company” or "Scandium Canada") (TSX VENTURE: SCD); (OTCQB: SCDCF) is pleased to announce the opening of its work camp at its flagship Crater Lake project in northeastern Quebec and the start of the summer 2024 field work program. Crater Lake is the only active primary scandium project globally. The Company has a permanent camp at Crater Lake that is accessible via helicopter or float plane. The camp cook and general handyman arrived on site June 13 to prepare. Staff from the engineering firm WSP arrived June 17 to begin their environmental work which will consist of study of fauna (birds and bats) and flora (inventory of vegetation and wetland to establish a baseline) and establishing baselines of water quality and fish habitats. This work is a prerequisite for the environmental permitting process. It will be done by different WSP teams this summer and some of the work will include fieldwork in 2025. The Crater Lake site and the proposed path of the road from the mine site to the current paved road will be mapped using the LiDAR (Light Detection and Ranging) technology. The resulting information will be used to help plan out in detail the path of the proposed road and to accurately plan the infrastructure of the Crater Lake permanent camp and facilities. Finally, later this month a drilling campaign will be undertaken that will include geomechanical drilling and conversion drilling. Drilling equipment and personnel are being mobilized. The drilling is expected to start by the end of June. The Company will update the market as the drilling progresses. https://stockhouse.com/companies/news?symbol=v.scd
- 13. kesäk.13. kesäk.Press Release: Update on Market Development Read the details at: https://stockhouse.com/news/press-releases/2024/06/13/scandium-canada-ltd-announces-update-on-market-development
- 10. kesäk.10. kesäk.Scandium Canada is prototyping ScAl Alloys Good to hear that they are working at market delelopment i.e. developing and prototyping Sc-Al alloy products. I think they are makin g that in cooperation with Albecour Inc. (seen press release July 13th 2023). https://www.youtube.com/watch?v=JUGg3T33hq0 Pat Bolland with Guy Bourassa on Scandium Canada's Recent Rights Offering - YouTube
- 6. kesäk.6. kesäk.Scandium Canada is developing one of the largest primary sources of scandium in the world. https://www.innovationnewsnetwork.com/scandium-canada-developing-one-of-the-largest-sources-of-scandium/48238/
- 31. toukok.31. toukok.Excellent mechanical properties of Al-Mn-Sc alloy The enhanced mechanical properties of laser powder bed fusion Al-Mn-Sc alloy via non-isothermal aging Conclusions In this paper, the LPBF Al-Mn-Sc alloys with excellent mechanical properties were obtained by using a novel non-isothermal thermal treatment at a heating rate of 2 °C/min from 30°C to 350°C. By analysing precipitation behaviour and mechanical properties, the conclusions are as follows: (1) By analysing the activation energies and Avrami exponent of Al-Sc and Al-Mn precipitates, it was found that the precipitation of Al3(Sc,Zr) after nonisothermal aging was mainly dominated by interface-controlled growth through the reaction at the interface of matrix/particle, whereas the phase transformation of Al-Mn precipitates was mainly dominated by diffusion-driven phase transition. The non-isothermal model proposed was well suited for predicting non-isothermal processes of LPBF AlMn-Sc alloy. (2) More nanoscale Al3(Sc,Zr) precipitated within the grain after non-isothermal aging. The precipitates QC-Al81Mn19 precipitated along the grain boundaries for as-built samples, whereas they transformed into coarser precipitates QC Al85(Mn0.72Fe0.28)14Si, Al4Mn and Al6Fe0.5Mn0.5 after non-isothermal aging. (3) The excellent mechanical properties of LPBF Al-MnSc alloy are obtained by non-isothermal aging, which is equivalent to or even better than those obtained by isothermal aging. By revealing the strengthening mechanism, it is found that the excellent mechanical properties of the non-isothermally aged Al-Mn-Sc alloys are mainly attributed to the retention of the solid solution strengthening and fine grains by the highly efficient heat treatment, and the precipitation strengthening of the precipitates Al3(Sc,Zr), Al81Mn19, Al85(Mn0.72Fe0.28)14Si, Al4Mn and Al6Fe0.5Mn0.5 Jiang, W., Deng, Y., Xu, X., He, X., & Sing, S. L. (2024). The enhanced mechanical properties of laser powder bed fusion Al-Mn-Sc alloy via non-isothermal aging. Virtual and Physical Prototyping, 19(1). https://doi.org/10.1080/17452759.2024.2317777 https://www.researchgate.net/publication/378401163_The_enhanced_mechanical_properties_of_laser_powder_bed_fusion_Al-Mn-Sc_alloy_via_non-isothermal_aging
Yllä olevat kommentit ovat peräisin Nordnetin sosiaalisen verkoston Sharevillen käyttäjiltä, eikä niitä ole muokattu eikä Nordnet ole tarkastanut niitä etukäteen. Ne eivät tarkoita, että Nordnet tarjoaisi sijoitusneuvoja tai sijoitussuosituksia. Nordnet ei ota vastuuta kommenteista.
Tarjoustasot
Avoinna
Määrä
Osto
62 000
Myynti
Määrä
120 000
Viimeisimmät kaupat
| Aika | Hinta | Määrä | Ostaja | Myyjä |
|---|---|---|---|---|
| - | - | - | - |
Määräpainotettu keskihinta (VWAP)
0,040VWAP
0,040Vaihto (CAD)
320Välittäjätilasto
Dataa ei löytynyt
Asiakkaat katsoivat myös
Yhtiötapahtumat
| Seuraava tapahtuma | |
|---|---|
| Menneet tapahtumat | ||
|---|---|---|