Average customer rating:
- better then the basics
- Not for Amateurs!
- Well written resource, covers the bases very thoroughly
- Hydronics design
- Good Solid Engineering, THE Hydronics Reference Manual
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Modern Hydronic Heating for Residential and Light Commercial Buildings, 2E
Siegenthaler
Manufacturer: Cengage Delmar Learning
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Similar Items:
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Quick & Basic Hydronic Controls : A Contractor's Easy Guide to Hydronic Controls, Wiring, and Wiring Diagrams (Practice-Is-Good (P.I.G.) Technical Training Series)
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Radiant Floor Heating
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Audel HVAC Fundamentals, Heating Systems, Furnaces and Boilers,
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Solar Water Heating: A Comprehensive Guide to Solar Water And Space Heating Systems (Mother Earth News Wiser Living Series)
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Audel HVAC Fundamentals, Heating System Components, Gas and Oil Burners and Automatic Controls
ASIN: 0766816370 |
Book Description
From simple applications to multi-load/multi-temperature systems, you can now learn how to use the newest and most sophisticated hydronic heating materials and methods without compromising between comfort and energy. Heavily illustrated with product shots from top manufacturers, plus more than 300 diagrams of system piping/control schematics, this one-of-a-kind introduction to today's hydronic heating systems concentrates engineering-level design information into tools that can be used by technical students and professional contractors alike. Thoroughly updated, Modern Hydronic Heating, 2nd Edition now features the latest information on state-of-the-art techniques for use in residential and light commercial buildings, such as: radiant panel heating, injection mixing, primary and secondary piping, use of buffer tanks to improve system stability, and advanced control methods. Ideal for anyone involved in the heating trades, from basic installers to design engineers, this preeminent resource of the North American hydronic heating industry is as well suited for use in a formal education course or for self-study as it is on the job.
Customer Reviews:
better then the basics.......2007-09-17
This a good book for the person who knows more then the basics and want's to move on to the next step before going a course in futher education
Not for Amateurs!.......2007-09-15
This is an excellent reference book and readable (mostly) as well. That said, if you're a homeowner just looking for a "how-to" on maybe additional zoning or adding a new loop, this is not the book for you. You could quite literally design a system for the most complex residence using this book IF you know the basics of plumbing and HVAC work and are pretty good at basic mathmatics. It is not so much a how-to as a what-to book, so bear that in mind.
Well written resource, covers the bases very thoroughly.......2007-05-15
Great book. Not all the way through it yet, but giving me more confidence to do my own radiant heat project. Heat loss calcs not a big mystery any more. Minor lack of detail clarifications when it comes to underslab foam insulation options. EPS--Expanded foam is perfectly acceptable alternative (and cheaper) than XPS--Extruded, when ordered to engineered compressive strength requirements. Otherwise it is giving me excellent ideas for doing my job right the first time. Don't be disuaded by cost of book. Value is there in spades--included CD is very nice.
Hydronics design.......2007-05-14
As an architect, I was impressed with the clarity of the information and the step-by-step design process. It was so helpful, I even bought the software package the authors have developed for easily calculating hydronic designs.
Good Solid Engineering, THE Hydronics Reference Manual.......2007-02-02
I am a special projects manager for a major tankless water heater company. I bought this book to further my knowledge of hydronic and radiant heating so I could better assist our customers when they call me for advice.
I have some experience with plumbing in the solar field and have attended a class at Uponor, so I come to this book with an amateur's level of experience.
I have only started the book, but I can say that it is extremely complete and well written. From what I have come across in trade journal articles that deal with our business, John Siegenthaler is no doubt the "Rajah of
Radiant" and all things hot water.
I use it constantly now as a reference book to learn and to help others. I plan to use it someday soon to help design my own radiant system in my solar powered straw-bale retirement home "out yonder" somewhere.
The reason I rated it as a 4 instead of a 5 is because I could not find anything about using tankless heaters as a heat source. John covers everything from normal residential gas fired tanks to high efficiency complex boilers, but doesn't address tankless which is becoming more and more popular with radiant because of the low temperature requirements (85º ~ 100º).
This second edition is dated 2004. Unfortunately, hydronic technology is moving at warp speed and we are already in 2007!
Average customer rating:
- It's OK, but lacks detail
- So much information, I don't know where to start.
- Gene Newell
- Great To Help Avoid Disputes With Contractor or Vice Versa
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Residential and Light Commercial Construction Standards: The All-In-One, Authoritative Reference Compiled from Major Building Codes, Recognized Trade Custom, Industry Standards
Donald Reynolds & Rsmeans Eng
Manufacturer: R.S. Means Company
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Binding: Paperback
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Similar Items:
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Code Check Building: A Field Guide to the Building Codes
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Code Check: A Field Guide to Building, Plumbing, Mechanical, and Electrical Codes
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Graphic Guide to Frame Construction: Details for Builders and Designers (For Pros by Pros)
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Builder's Essentials Estimating Building Costs: For The Residential & Light Commercial Contractor (Builder's Essentials)
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Best Practices Guide to Residential Construction: Materials, Finishes, and Details
ASIN: 0876296584 |
Book Description
A unique collection of industry standards that define quality in construction. For contractors, subcontractors, owners, developers, architects, engineers, attorneys, and insurance personnel, this book provides authoritative requirements and recommendations compiled from the nation's leading professional associations, industry publications, and building code organizations. Coverage includes standards for concrete, masonry, framing, finish carpentry and cabinetry, insulation, roofing, windows and doors, drywall and ceramic tile, floor covering, plumbing, electrical, HVAC, and more. This one-stop reference is enhanced by helpful commentary from respected practitioners, including identification of items most frequently targeted for construction defect claims. The new second edition provides the latest building code requirements. This one-of-a-kind resource enables you to:
Establish an acceptable quality of workmanship.
Resolve disputes and avoid litigation.
Train personnel in correct installation procedures.
Answer client questions and authority.
Easily find applicable building code information.
The nationwide team of editors includes leading contractors, engineers, architects and construction defect analysts. They provide practical installation tips, along with advice on how to avoid the most frequently cited defect claims.
Customer Reviews:
It's OK, but lacks detail.......2005-09-24
It is very broad in scope, but in my opinion it lacks depth. Specifically, there have been several times where I found it did not have goood detailed design info, especially related to practical example diagrams.
So much information, I don't know where to start........2001-12-11
I think this is an excellent book for, first, students and neophytes to learn some standard detailing and systems, and second, novice construction administrators and contractors needing help with some standard practices they might not have seen or know the whole ins and outs of. I will admit that it is not at a beginner level, and you do need some familiarity with construction to understand all of its articles, but the list of contributing editors is a who's who of construction standards, most of them being some sort of expert, whether they serve on buiding code commitees or are esteemed lecturers and each with multiple decades of experience.
The book is divided almost into the cooresponding CSI divisions it deals with. Each section starts out with a great blurb (titled "Common Defect Allegations") about what is to be expected when dealing with particular system. These are especially helpful to generalize a decision about masonry walls vs. concrete, and so on. What really excited me about this book was that in each building system article, there are the cooresponding UBC entries included with the hard to understand ones diagramed out (Like typical distance requirements for light fixtures around a shower or where you need a GFCI plug in your bathroom)
This is a necessary reference for construction and design professionals already in the field. More experienced professionals might find it more useful as a quick reference so they don't have to remember all the code issues and standards for a particular building system. This IS light commercial and residential construction, this book is missing all the steel erection, shoring, heavy concrete, etc. systems. I have found those books, though.
Gene Newell.......2000-07-07
My fiance is an architecture student and although we didn't but the book here it is a great reference to her school work. If she ever has a question concerning framing all she has to do is look it up in this book and all here questions are answered. This is a great book and we recommend it to anybody in the architecture field.
Great To Help Avoid Disputes With Contractor or Vice Versa.......2000-07-05
Residential and Light Commercial Construction Standards is a great book when trying to avoid disputes about various construction standards. It covers everything from asphalt paving; concrete; masonry; finish capentry; cabinetry; and many more.
Book Description
Unique in coverage and providing updated information to reflect the most current changes in the industry, the Sixth Edition enables readers to further improve their communication skills when dealing with the technical information found in construction documents. This book introduces concepts essential to a basic, introductory understanding of residential and light construction—drawing, mathematics, geometry, terminology, materials, systems—while providing hands-on experience in reading architectural working drawings. For professionals with a career or interest in architectural drawing/design, residential design, construction, contracting, and those who are required to read and interpret information found in construction documents.
Customer Reviews:
Good.......2007-03-12
This is a very useful book if you are looking to draft something it is full of information on everything you will need to know.
Book Description
Only 43 per cent of U.S. construction firms remain in business after four years. Why? Inadequate management, according to the U.S. Small Business Administration. This is surprising because most construction firms are formed by ambitious construction project managers, executives and tradesmen who have excelled at what they have been doing. But as experienced as these entrepreneurs may be, they are not likely prepared to take on the full range of responsibilities forced on them in managing the business of construction in its entirety.
While this business failure rate and its causes are based on U.S. experience, available data from a number of other industrialized countries shows they are similar.
This book describes in detail what the business side of the construction equation requires of the construction firm owner. The contractor who quickly learns these requirements can identify and avoid or manage around the pitfalls that cause the high failure rate in our industry and put his or her construction firm on a level playing field with the best-run companies in the business. The detailed duties of the owner, whether in the U.S., U.K., Australia or Canada, are a common theme throughout the book.
The author, Nick Ganaway, speaks peer-to-peer, and the book is sprinkled with supporting examples from his own experience. He is immersed in the industry and this book is "based on the things I've learned, used, and refined as a light-commercial general contractor in the course of starting and operating my own construction firm for 25 years." The contractor doing $5 million or $50 million or more in annual sales or the equivalent amount in other countries, or the entrepreneur who is just starting up, can use the tried and proven material in this book to build a business that is profitable, enjoyable, and enduring.
Additionally, the book devotes a chapter to specializing in chain-store construction.
* Learn what you need to succeed in the construction sector
* How to target, land and retain profitable customers
* Avoid the pitfalls of running your own construction business
Customer Reviews:
A testimony to the principles of this text.......2007-02-08
Upon graduation from Georgia Tech's building construction program in 1982, I went to work for Nick Ganaway. One of the many reasons I selected his company was his obvious knowledge of business. Even more, I appreciated the motivation he placed in us (and himself) to always become better as contractors and as businessmen. We met frequently to "log in" new discoveries, efficiencies, risks, and methods of profitability that he had wisely accumulated for us. As I "ventured out" into the world and developed my own business with very little experience, I quickly noticed that although I was a "great" project manager that running a construction company was an entirely different issue. For example, do you understand the unique requirements of the construction firm owner? Terms in the project owner's construction agreement that can unfairly shift major risk onto your plate and what to do about them? How to ensure that you get paid for change orders? What to do when hard times suddenly strike (and they will)? After 25 years of experience in operating a commercial construction company, Mr. Ganaway explains chapter-by-chapter these and every other risk area you must manage if you are going to survive in construction. I know these explanations well as they ring in my mind from discussions with Mr. Ganaway concerning my very first projects and through calling for help with running my own construction business. You will feel like you're having these same discussions with him as you read this book. Every contractor, project manager, and construction student should read it. Today I use this very text to teach our students at Georgia Tech's building construction program how to run a business, as well as consulting in the same area. His principles work!
An added bonus to this text is the final chapter, where Mr. Ganaway makes the case for specializing in chain store construction. To "outsiders" who have not reviewed this market segment, I think you will be surprised at the benefits. If you are not already specializing in a niche market, this chapter is sure to start you thinking about it.
Product Description
Only 43% of construction firms are still in business after four years. Make sure your company thrives with essential and very readable guidance from a pro with 25 years success. Find out what it takes to build all aspects of a business that s profitable, enjoyable, and enduring. Includes: Contract Terms & Conditions (to include and to avoid); How to Make Sure You re Paid What You're Owed; Dos and Don'ts of Mechanics Liens; How to Select, Hire, and Keep Golden Employees; How to Choose Accountants, Lawyers & Insurance Agents; How to Target, Check out, Land, & Retain Profitable Customers; Effective Marketing Even the Smallest Contractor Can Afford; Opportunities & Requirements of Retail Construction; and much more ideas that will pay off right away & throughout your career. Whether you re a contractor, a key employee, a subcontractor, a student, or a facility executive, you ll find many ideas you can immediately add to your management and leadership toolbox. Adopting even a single one of them will pay dividends now and throughout your career.
Customer Reviews:
Important Information for New Contractors.......2007-04-11
If you are a person that is just starting out in the Construction industry, this book can help guide you in the right direction. Many mistakes that I have made in the past 10 years are covered in these pages. I wish I would have had this book back then. It would have made our company grow and prosper without the glitches. I highly recommend this book.
A testimony to the principles of this text.......2007-02-14
Upon graduation from Georgia Tech's building construction program in 1982, I went to work for Nick Ganaway. One of the many reasons I selected his company was his obvious knowledge of business. Even more, I appreciated the motivation he placed in us (and himself) to always become better as contractors and as businessmen. We met frequently to "log in" new discoveries, efficiencies, risks, and methods of profitability that he had wisely accumulated for us. As I "ventured out" into the world and developed my own business with very little experience, I quickly noticed that although I was a "great" project manager that running a construction company was an entirely different issue. For example, do you understand the unique requirements of the construction firm owner? Terms in the project owner's construction agreement that can unfairly shift major risk onto your plate and what to do about them? How to ensure that you get paid for change orders? What to do when hard times suddenly strike (and they will)? After 25 years of experience in operating a commercial construction company, Mr. Ganaway explains chapter-by-chapter these and every other risk area you must manage if you are going to survive in construction. I know these explanations well as they ring in my mind from discussions with Mr. Ganaway concerning my very first projects and through calling for help with running my own construction business. You will feel like you're having these same discussions with him as you read this book. Every contractor, project manager, and construction student should read it. Today I use this very text to teach our students at Georgia Tech's building construction program how to run a business, as well as consulting in the same area. His principles work!
An added bonus to this text is the final chapter, where Mr. Ganaway makes the case for specializing in chain store construction. To "outsiders" who have not reviewed this market segment, I think you will be surprised at the benefits. If you are not already specializing in a niche market, this chapter is sure to start you thinking about it.
Great Book!.......2007-02-01
This is the first straightforward, down-to-earth book on how to run a construction business that I have come across. A realistic account of what it takes to start an enterprise and what it's like to be a contractor. Anyone contemplating starting their own construction company should read this before attempting it and every contractor already working at it should study Nick's work to learn how to do it better and to realize that they are not alone when they discover just how challenging and difficult the struggle for success can be. Everyone associated with the construction industry should read this book to gain an understanding of how the business really works.
Thomas, C. Schleifer, Ph.D.
Visiting Eminent Scholar
Del E. Webb School of Construction
Arizona State University
Author, Construction Contractors' Survival Guide
Book Description
This tutorial summarizes optical lithography enhancement research and development over the past 20 years. Discusses theoretical and practical aspects of commonly used techniques, including optical imaging and resolution, modified illumination, optical proximity correction, alternating and attenuating phase-shifting masks, selecting RETs, and second-generation RETs. Useful for students and practicing lithographers.
Book Description
Unlike the first edition, which was more a collection of lens designs for use in larger projects, the 2nd edition of Modern Lens Design is an optical “how-to.” Delving deep into the mechanics of lens design, optics legend Warren J. Smith reveals time-tested methods for designing top-quality lenses. He deals with lens design software, primarily OSLO, by far the current market leaders, and provides 7 comprehensive worked examples, all new to this edition. With this book in hand, there’s no lens an optical engineer can’t design.
Customer Reviews:
Practical Textbook on lens design now in 2nd Edition.......2004-12-08
Excerpt: My personal optical design experience has spanned more than five decades. They have been exciting, fascinating, and delightful decades; I have enjoyed each one. During that half century, lens design has changed radically. In the mid-twentieth century, lens design was still a semi-intuitive art, practiced by a few dedicated individuals of great per-severance, knowledge, and skill. And by mid-century most of the classic lens design forms had already been created. To this day, these designs are still the basis of many excellent modern optical systems.
Of course the practice of lens design today is radically different from what it was in the 1940s and 50s. Then, most optical design was done with an electromechanical desk calculator (e.g., Marchant, Frieden, and Monroe), and the raytracing rate, measured in terms of the number of surfaces through which one could trace the path of a ray in a given amount of time, was to the order of one ray surface in about 250s (if one were to work at it continuously through the day). Thus, using the cur-rent dimensions for raytracing speed, one did about 0.004 ray-surfaces per second. And these were only meridional two-dimensional rays, not the three-dimensional general rays ordinarily traced today. A great deal of ingenuity (and elegant theory) went into finding ways to avoid tracing any more rays than were absolutely necessary.
Thanks to the modern personal computer or PC, the computing rate has increased almost unbelievably. Today a run-of-the-mill PC is capable of calculating several million ray-surfaces per second; this is about nine or ten orders of magnitude faster. Needless to say the techniques of lens design today differ mightily from those of fifty or sixty years ago. Then, the designer might calculate the derivatives of a few aberrations with respect to a limited number of constructional parameters and solve a small set of simultaneous, linear equations in the course of correcting his lens. These limited calculations were all carefully selected on the basis of theory, experience, and intuition. (Interestingly, one of the very real problems facing designers today is that the computer spews out
numbers so rapidly that it takes strong self-discipline just to make one-self stop and think.)
In modern lens design work, a computer program almost instantaneously calculates and solves equations which are far more than an order of magnitude more complex and extensive than those cited above. It is not atypical for the computer program to control about 50 lens performance characteristics by adjusting the values of some 20 or 30 construction parameters of the optical system. These latter numbers imply a design space with 20 or 30 dimensions, a complex space indeed.
There are, however, some real limitations on the power of a so-called automatic lens design program. The typical program proceeds from a given starting design and drives the design to the nearest local optimum, a form at which any small structural changes will degrade the system performance. System performance is judged by a set of calculated characteristics defined in a merit function, which would be better termed a defect or error function, since the characteristics in it represent departures from desired values.
Obviously then, the final automatic design solution is completely and uniquely determined by (a) the merit function, (b) the starting design form, and (c) the algorithm by which the computer solves the problem of locating an optimum design form with the minimum value of the merit function.
When the first edition of Modern Lens Design (MLD) was published, there was a great need for a collection of suitable design forms at which to start the design process, and MLD provided almost 300 lens designs for this purpose. These designs were selected not only as starting points, but also as illustrations of important design principles. At the present time the need for sample designs, while still real, is significantly less, largely because most optical design programs now include libraries of lens designs. (These programs also include random search design capabilities which permit large changes in lens forms.) For example, all of the lens designs in the first edition of MLD (plus many others) are included in the lens libraries of the optical design program OSLO (a product of Lambda Research Corp.). Another program, LensVIEW by Brian Caldwell, is a compilation of over 30,000 lens designs and patents.
That said, it is (at least it is for me) far more easy and convenient to scan and compare a series of printed design pages than it is to do the same thing on a computer screen (even with the multiwindow capabilities of many programs). For this and other reasons this second edition of MLD has retained about half of the original designs and has added some new ones. The reader may also find some additional designs in the works referenced at the end of the book.
The practice of lens design is now essentially an engineering discipline. While this book is intended to be self-contained, we deliberately
do not include a lot of derivations, or even the mechanics of exact ray tracing. And as valuable and cherished as they may be in academia, we happily omit any derivations from first principles, Maxwell's equations, or Fermat's principle. These are simply not necessary for a book on lens design. We make one exception to the no "ray tracing" rule, namely for the tracing of paraxial rays, which a lens designer often carries out by hand, or with a programmed pocket calculator. This topic is covered in the Formulary of Chapter 24, along with other valuable and frequently used geometrical optics relationships.
However, there is currently a growing need for a more detailed exposition of basic lens design and theory in a single volume. The first edition of MLD was a "companion" volume to the author's Modern Optical Engineering. Several very basic lens design books have recently appeared; some are almost extended user manuals written for a specific design program. This edition of MLD is definitely not intended as a user manual, or as a guide to any specific program. It is an attempt to go well beyond this level by presenting both the basics of, and a more advanced approach to, lens design. The intent is to advise the reader how to get the most from any computer lens design program. To this end, about half of the lens designs in the first edition of MLD have been eliminated to make room for quite a bit of new material.
The text is, as far as possible, completely program neutral. I have tried to make the material regarding design programs as generic as I could, discussing features that are available in almost all commercial soft-ware. I have used OSLO for the design work demonstrated in the text, and for preparing the new figures. (The lens analysis figures in the first edition of MLD were prepared with a customized version of the program GENII, using a new and unique presentation style which is now widely available; for an example, see the OSLO aberration plots herein.)
Most neophyte lens designers very quickly get past the basics and learn to use their computer programs with a high level of proficiency. At this point, what they need most is an answer to the question, "What do I do now?" Much of the new material in this edition is designed to this end and takes the form of actual design projects carried out from scratch, warts and all. (In other words, I have not papered over the blunders I made in the design process.) These designs include a cemented doublet, a triplet anastigmat, a Tessar, a Heliar, a Dogmar, a telephoto, a Schmidt cassegrain, a binocular eyepiece, an apochromatic triplet, and a landscape lens. Many of these design stories are carried out to some length to illustrate all of the possible steps that can be taken to improve a design. Every initial assumption is explained and justified. These design descriptions not only show the basic design
approach, but continue on with advanced steps and the rationale for them.
I have surveyed the literature at some length for any design techniques which might have a general applicability (as well as the reported specific use for the writer's specific problem). Some were found in the references listed at the end of the book. For the most part, the design techniques described here are those which I have found to be useful in working with an optimization program. Many of the techniques have been developed or refined during more than two decades of teaching courses in lens design; indeed some of these ideas were suggested or inspired by my students. Other valuable sources were the many informal discussions that I have been fortunate to have with my colleagues.
For better or worse, one can never seem to squeeze all the material that you want into a book. At the manuscript deadline date there is always at least one more feature that you wished there was enough time to develop, write, and include. But I suppose that if there were time, no book would ever be finished.
Surprisingly, there are only a modest number of well-understood and widely utilized principles of optical design. If one can master a thorough understanding of these principles, their effects, and their mechanisms, it is easy to recognize them in existing designs and also easy to apply them to one's own design work. It is the intent here to promote such understanding by presenting both expositions and annotated design examples of these principles.
Readers are free to use the designs in this book as starting points for their own design efforts, or in any other way they see fit. The reader must accept full responsibility for meeting whatever limitations are imposed on the use of these designs by any patent, copyright, or other (whether indicated herein or not).
Book Description
-Make the most of natural sunlight with details that lend an open, airy feel to well-planned interior spaces.
-These beautiful, unique homes show how skylights, transoms and clerestory windows brighten any living space.
-Atriums, solariums and greenhouses also featured.
-Homes from 1,346 to 7,275 square feet.
-Complete construction drawings available separately.
Customer Reviews:
dont waste your time.......2007-01-05
I was looking for a book to get some ideas for the new house I am building and possibly some floor plan ideas. The homes in this book are gaudy east coast cookie cutter types best suited for fairways of some snobby country club golf course. I didnt find one house with a decent kitchen! Why is the kitchen always some tiny room stuck in the corner isolating the cook from the rest of the house. I wanted somthing inspirational and unique. It is also all balck and white with just arcitectural sketches of the houses. If you want ideas, go to the market and pick up a sunset, log homes or westen living magazine for $5 instead, they are full of great ideas and beautiful photos of kitchens, baths and exteriors that dont include hardy plank siding or somthing my 97 year old grandmother would find appealing.
Natural Light House Plans are pretty dim in this review.......2000-04-14
I found this book while trying to find a unique but practical houseplan for a custom home to be built along a riverfront on a bluff. The sunlight is ample at this site. So I was rather optimistic to purchase this book. However, my enthusiasm turned to disappointment in browsing through this rather mundane set of plans. Some of the examples appeared to come from the 1970s prototypes found along Southern California. There were no magical window placements or use of extraordinary skylights and the such. There were a few distinguished types, but none to this reviewer's liking. I did find the adobe prototype of plans seen in the southwest as somewhat interesting in this book. Otherwise, don't let the title fool you.
Book Description
Although the subject of optical design as a branch of applied physics is over one hundred years old, the use of aberration theory has changed considerably. Aberrations of Optical Systems covers elementary optics and aberration theory of various optical systems, including the use of nonaxially symmetric systems and diffractive optical elements in complex designs, such as head-up displays and the increasing use of scanning systems with laser illumination. The book provides the complete range of mathematical tools, formulae, and derivations needed for understanding the process of optical design and for planning optical design programs. While the treatment is mainly based on geometrical optics, some excursions into physical optics are made, particularly in connection with the problems of optical tolerances.
Customer Reviews:
I HATE WELFORD AND THIS BOOK!.......1999-02-12
Let me tell you something...there are NO SUCH THINGS as optical aberrations. They are a figment of this Welford's imagination! He made them up, and somehow convinced the world that they are a serious concern in imaging systems. All I know is, if I see Welford, I'm going to let him have it!
Average customer rating:
|
Handbook of Lens Design (Optical Engineering Series, Vol 44)
Daniel Malacara , and
Zacarias Malacara
Manufacturer: Marcel Dekker
ProductGroup: Book
Binding: Hardcover
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ASIN: 0824792254 |
Book Description
This practical reference/text provides comprehensive coverage of geometrical optics from basic principles to the most advanced topics and presents its applications in the design, optimization, and evaluation of lenses and optical instruments. Introduces a new approach to the derivation of primary aberration coefficients! Discussing the classical as well as current aspects of the field, Handbook of Lens Design describes modern methods, tools, and instruments, such as astronomical telescopes, Gaussian beams, and computer lens design examines spherical and a spherical optical surfaces and exact skew ray tracing defines the basic concepts of the first and third order theory of lenses and develops the theory of primary aberrations of centered optical systems explains the diffraction effects in optical systems and the main wave and ray methods for lens design evaluation lists standard optical instruments and delineates their design techniques demonstrates the procedures and methods for the automatic design of lens systems and more!
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- Our Changing Planet: An Introduction to Earth System Science and Global Environmental Change (3rd Edition)
- Pandora's Picnic Basket: The Potential and Hazards of Genetically Modified Foods
- Paris, City of Art
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- Plows, Plagues, and Petroleum: How Humans Took Control of Climate
Books Index
Books Home
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