Special Course on Nuclear and Energy Engineering II

• Introduction, general diffusion theory, simulation approaches (Lund) 
• Diffusion models for gases (Kukkonen) 
• Diffusion of radioactive materials in the atmosphere (Vuori) 
• Migration of radioactive nuclides in the bedrock (Hautojärvi) 

Seminar on Nuclear and Energy Engineering

• Arto Inkala: Global scenarios for energy and emission levels 
• Petri Majander: Green house gases and their impacts 
• Janne Partanen: Life-cycle analyses of energy sources 
• Petteri Antikainen: New nuclear technologies 
• Ari Auvinen: Renewable energy sources 
• Sanna Syri: LDC problematique 
• Petteri Nieminen: Emissions caused by traffic 
• Tomi Routamo: Storing and binding CO2 
• Viking Högnäs: Energy efficiency 
• Johanna Johansson: Improved fuel combustion 
• Aapo Tanskanen: IPCC recommendations 
• Maria Kokkonen: Natural gas scenarios 

Seminar on Technical Physics

Spring 1993

• Dr. Tech. Antti Ahonen: 122-channel mapping system for human brain 
• Dr. Tech. Matti Kokkala: Studies on fire 
• Dipl.eng. Heikki Niininen: Physicist as an environmentalist 
• Dr. Tech. Erkki Reuhkala: How can a computer manufacturer be successful in Finland? 
• Dr. Tech. Markku Ellilä: Measuring problems in paper production 
• Lic. Tech. Risto Kuoppamäki: Application of tracer elements in industry 
• Dr. Tech. Harri Tuomisto: Severe reactor accidents 
• Dr. Tech. Tapio Alvesalo: A physicist in the industrial world 
• Lic. Tech. Petri Pöyhönen: GSM cellular phone network - a challenge for a manufacturer 
• Dr. Tech. Erkki Soininen: Flat color displays 
• Dipl. eng. Ilmari Kinanen: A physicist as a RD-manager 

• Academician Alexander Baldin: Physics at the Dubna relativistic heavy ion accelerator facility 
• Prof. Erkki Oja: Increasing productivity in industry using neuro-computing 
• Prof. Samuel Williamson: Magnetic insight to human brain functions 
• Prof. emeritus Erik Spring: Physics in sports: A means for improving results in cross country skiing 
• Prof. Antti Räisänen: Space research in submillimeter range 
• Dr. Tech. Tuomo Suntola: Photovoltaics 
• Prof. Risto Orava: Linear collider in Finland? 
• Prof. Juhani Keinonen: Prospects on materials research in Finland 
• Prof. Antti Kupiainen: Where mathematics and physics meet 
• Academician Nikolai Basov: Prospects of laser fusion 
• Prof. Heikki Niini: Geological aspects in nuclear waste problem 
• Prof. Kari Lumme: Can astronomy be applied to paper manufacturing 

Research Seminar

• Markku Hagström: Thermal analyses of metal hydrid compounds 
• Johanna Johansson: Penetration analyses of new technologies for the production of electricity 
• Lauri Manninen: Characteristics of new batteries 
• Matti Paljakka: FLUKA program for simulation of hadronic cascades 
• Leena Perälä: Measurements and analysis of the solar spectrum 
• Karin Sarparanta: Effects of frequency on the penetration of plasma in scattering diagnostics 
• Jouni Tolonen: Experiments with a solar-hydrogen -fuel cell system 
• Eija Tuominen: International cooperation on PV 

Special Course on Nuclear and Energy Engineering I

• Introduction: the physics of wind (Lund) 
• Models for wind farm site selection and power analysis (Holttinen) 
• Designing of a wind farm: criteria for siting/topography/wasp-program (Holttinen) 
• Case: A real wind farm project (Rintamaa) 
• Environmental commissioning of a wind farm (Otterström) 
• Wind industries (Peltola) 
• Wind measurement techniques (Ikonen) 
• Components of wind turbines (Rinta-Jouppi) 
• Designing a wind farm and estimating its output energy 
• Excursion to Kopparnäs energy park; the wind-diesel project 
• Designing a wind farm 

Penetration of wind energy into markets (Lund)