![]() | I.I. Zinchenko |
![]() | Slide02 Contents |
![]() | Slide03 Submm band is the last relatively unexplored part of electromagnetic spectrum. |
![]() | Slide04 The spectrum of Sgr B2 |
![]() | Slide05 Scientific importance of millimeter and submillimeter astronomy |
![]() | Slide06 Multi-frequency HNCO survey |
![]() | Slide07 Detection of HD |
![]() | Slide08 Detection of triply deuterated ammonia |
![]() | Slide09 Basic physical properties of HMSF cores |
![]() | Slide10 Scientific tasks for submm observations of star forming regions from space |
![]() | Slide11 Search for star-forming cores |
![]() | Slide12 Line versus continuum surveys |
![]() | Slide13 A detailed map of G268.42-0.85 in HCO+(4–3) |
![]() | Slide14 Structure of star forming regions: S76E |
![]() | Slide15 Chemical differentiations in regions of high mass star formation |
![]() | Slide16 Polarization of dust emission and magnetic fields in star forming regions |
![]() | Slide17 Astrochemistry and chemical evolution in star forming regions |
![]() | Slide18 CSO submm line surveys |
![]() | Slide19 Spectra of three low-mass YSOs at different evolutionary stages. |
![]() | Slide20 Shock diagnostics |
![]() | Slide21 Some important submillimeter atomic and molecular transitions |
![]() | Slide22 Transparency of the atmosphere in the submillimeter wave range |
![]() | Slide23 Dependence on precipitable water vapor |
![]() | Slide24 Submillimeter wave receivers |
![]() | Slide25 Noise temperature for different types of receivers |
![]() | Slide26 Noise temperature of HEB receivers |
![]() | Slide27 Conclusions |