Elektroniske egenskaber af Doteret Semiconductors
Den hopping conduction fænomen blev konstateret for længe siden, men flere store fremskridt har fundet sted i det seneste årti. En teori blev udviklet som beskriver den temperatur, koncentration og magnetfelt tilknytninger kvantitativt.
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Energiforsyning
Hvordan kan de miljømæssige virkninger af tilvejebringelse og udnyttelse af energi skal kontrolleres? \ "Energy Supply \" diskuterer disse spørgsmål og mere i et yderst effektivt format.
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Fundamentals of multifaseflow
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Handbook of Laser Technology and Applications 3-bind
Andet bind beskriver de mekanismer og drift af specifikke typer af laser herunder krystallinsk fast stof - state lasere, halvleder-diode lasere, fiberlasere, gas lasere, kemiske lasere, farve lasere og mange andre samt angivelse af de optiske og elektroniske komponenter, der skrædder laser \ 's præstationer og beam delivery systemer.
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Varmeledning
Materialet er organiseret til at give de studerende de værktøjer til at modellere, analysere og løse en bred vifte af tekniske applikationer, der omfatter konduktion varmeoverførsel.
Matematiske teknikker er præsenteret i et klart og forenklet måde at blive brugt som instrumenter til at opnå løsninger.
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Handbook of Industrial Engineering
Helt opdateret og udvidet for at afspejle næsten et årti med en betydelig udvikling i området, denne tredje udgave har et væld af nye oplysninger om projektstyring, supply-chain management og logistik, og systemer i forbindelse med service-industrier. Andre vigtige elementer i denne vigtige reference.
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Handbook of Reliability Engineering
Fuldstændig dækker probabilistiske pålidelighed, statistiske pålidelighed og optimering med enkle, trin-for-trin, numeriske eksempler. Tilbyder en bred vifte af applikationer inden for ingeniørarbejde, operationsanalyse, omkostningsanalyse og projektstyring. Udforsker pålidelighed software omfattende. Indeholder tillæg kortfattede vurderinger af matematiske og statistiske nøgletal.
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Handbook of Electronic Package Design
Begynder med en oversigt over de elektronik design processen og provenuet til at undersøge indholdet af elektroniske emballage og de grundlæggende spørgsmål i udviklingen.
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Innovation i Informationsteknologi
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Fundamentals of Neural Networks: Architectures, Algorithms and Applications
Det dækker simple neurale net til mønsteret klassificeringen; mønster forening; neurale netværk baseret på konkurrence, adaptive-resonans teori og meget mere. For fagfolk, der arbejder med neurale netværk.
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Obesity
Obesity is when a person is carrying too much body fat for their height and sex. A person is considered obese if they have a Body Mass Index (BMI) - weight in kilograms divided by their height in meters squared - of 30 or greater. Obesity can happen when you eat more calories than you burn off over a period of time.
The rate at which you burn off calories from food and drink is known as your metabolic rate. This is often faster during growth spurts and puberty, but reaches a fairly steady rate by adulthood.
People who are very active generally have a higher metabolic rate than those who are inactive because they burn off calories faster through energetic activity. For example, a labourer working on a building site may need as many as 4,000-5,000 calories a day to keep an even weight. In contrast, an office worker who uses a car to get to work, and does not exercise, may only need 1,500 calories a day.
If the amount of calories provided by your daily food intake is more than the calories that you burn off, your body will store the extra energy as fat. This is the body's way of protecting itself in case of starvation. However, starvation in developed countries is extremely rare, and this insurance against 'hard times' is hardly ever needed.
Most of us have more food than we need, and much of it is higher in calories than the human body was originally designed to cope with. Fast foods, high calorie snacks, and large portions all mean it is easy to take in more energy than we need. Obesity has now become one of the most serious medical problems of the western world.
The rate at which you burn off calories from food and drink is known as your metabolic rate. This is often faster during growth spurts and puberty, but reaches a fairly steady rate by adulthood.
People who are very active generally have a higher metabolic rate than those who are inactive because they burn off calories faster through energetic activity. For example, a labourer working on a building site may need as many as 4,000-5,000 calories a day to keep an even weight. In contrast, an office worker who uses a car to get to work, and does not exercise, may only need 1,500 calories a day.
If the amount of calories provided by your daily food intake is more than the calories that you burn off, your body will store the extra energy as fat. This is the body's way of protecting itself in case of starvation. However, starvation in developed countries is extremely rare, and this insurance against 'hard times' is hardly ever needed.
Most of us have more food than we need, and much of it is higher in calories than the human body was originally designed to cope with. Fast foods, high calorie snacks, and large portions all mean it is easy to take in more energy than we need. Obesity has now become one of the most serious medical problems of the western world.