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DOCUMENT RESUMESE 014 815ED 067 273TITLEINSTITUTIONPUB DATENOTEEDRS PRICEDESCRIPTORSCombined Film Catalog, 1972, United States AtomicEnergy Commiss ion.Atomic Energy Commission, Washington, D.C.7273p.MF- 0.65 HC- 3.29*Audiovisual Aids; Ecology; *Energy; *EnvironmentalEducation; Health Education; Instructional Materials;*Nuclear Physics; *Physical Sciences; Pollution;RadiationABSTRACTA comprehensive listing of all current United StatesAtomic Energy Commission ( USAEC) films, this catalog describes 232films in two major film collections. Part One: Education-Informationcontains 17 subject categories and two series and describes 134 filmswith indicated understanding levels on each film for use by schools.The categories include such subjects as: Biology and Agriculture,Environment and Ecology, Industrial Applications, Medicine, PeacefulUses, Power Reactors, and Research. Part Two: Technical-Professionallists 16 subject categories and describes 98 technical films for useprimarily by professional audiences such as colleges anduniversities, industry, researchers, scientists, engineers andtechnologists. The subjects include: Engineering, Fuels, Medicine,Peaceful Nuclear Explosives, Physical Research, and Principles ofAtomic Energy. All films are available from the five USAEC librarieslisted. A section on "Advice To Borrowers" and request forms forordering AEC films follow. (LK)

U S DEPARTMENT OF HEALTH,EDUCATION & WELFAREOFFICE OF EOUCATIONTHIS DOCUMENT HAS BEEN REPRODUCED EXACTLY AS RECEIVED FROMTHE PERSON OR ORGANIZATION ORIGINATING IT POINTS OF VIEW OR OPINIONS STATED DO NOT NECESSARILYRF RESENT OFFICIAL OFFICE OF EDUCATION POSITION OR POLICY16 mmAAIII

University of Alaska Film LibraryAtomic Energy Film SectionDivision of Public Service109 Eielson BuildingCollege, Alaska 99701Phone:907-479-7296NOTICEWith the issuance of this 1972 catalog, the USAECannounces that all the domestic film libraries (exceptAlaska, Hawaii, and Puerto Rico) have been consolidatedinto one new library. From now on all requests for USAECfilms should be sent to this address:USAECTIC Film LibraryP. 0. Box 62Oak Ridge, Tennessee 37830Use this map as a guide to ensure that the library will helpyou meet your showing dates. The concentric circles, withOak Ridge at the center, illustrate the number of days itwill take for films to move normally via the postal service.Please allow two additional weeks for the library to processyour request. After use, return the films immediately; otherborrowers may be waiting for the same subjects.Unaffected by the consolidation will be the USAECfilm libraries in Alaska, Hawaii, and Puerto Rico. Filmrequests from Alaska should be sent to:ALASKAFilm requests from Hawaii for popular or technical filmsshould be sent to the library which ctocks these films:University of HawaiiCTA Film LibraryAEC Popular FilmsKrauss Hall, Room 1082500 Dole StreetHonolulu, Hawaii 96822University of HawaiiAV ServicesAEC Technical Film LibraryHonolulu, Hawaii 96822Phone: 808-944-8111And film requests from Puerto Rico should be sent to:Film LibraryPuerto Rico Nuclear CenterCaparra Heights StationSan Juan, Puerto Rico 00935Phone : 767-0350Mailing Time MaPCollegeAS71611101 4,7HAWAIIad1u7PUERTO RICOFor general information, advice or special assistance on film matters, the USAEC field offices will continue to help you.Write or call:TIC Film LibrarianUSAECTICP. 0. Box 62Oak Ridge, Tennessee 37830Phone: 615.483.8611, Ext. 3-4271Sid L. SchwartzOffice of Information ServicesU. S. Atomic Energy CommissionWashington, D. C. 20545Phone: 301-973-4239F. Tom RichardsonOffice of Information ServicesU. S. Atomic Energy Commission,Northeast Region376 Hudson StreetNew York, N. Y. 10014Phone: 212. 620.3601Wayne RangeOffice of Information ServicesU. S. Atomic Energy CommissionP. 0. Box EOak Ridge, Tennessee 37830Phone: 615. 483.8611, Ext. 3 -4231Gary PitchfordInformation OfficeU. S. Atomic Energy Commission9800 South Cass AvenueArgonne, Illinois 60439Phone: 312- 739 -7711, Ext. 21 08Dale CookPublic InformationU. S. Atomic Energy Commission2111 Bancroft WayBerkeley, California 94704George DennisInformation DivisionU. S. Atomic Energy CommissionP. 0. Box 5400Albuquerque, N. M. 87115Phone: 505 - 264 -7239Richard BlackledgeOffice of InformationU. S. Atomic Energy CommissionP. 0. Box 2108Idaho Falls, Idaho 83401Phone: 208-526-1317Savannah River OperationsU. S. Atomic Energy CommissionP. 0. Box AAiken, South Carolina 29801

COMBINED1-')FILM CATALOG,1972c.)Lu United States Atomic Energy CommissionNOTICECONTENTSWith this 1972 revision, the USAEC Film Catalogs havebeen combined into a two part catalog with all currentLetter to USAEC Film User . . .Part One and Part Two Subject CategoriesCombined Title IndexUSAEC films listed in one book. .iii. ivFREE LOAN FILMSFOR SCHOOL, THE PUBLIC,AND TELEVISIONUSAEC motion pictures listed in this catalog are availablefrom the USAECTIC Film Library for free loan for publicnonprofit exhibition. A few sublibraries may charge a smallhandling fee. All films, except those described as "NOTcleared for television," may be shown on television pro.grams as a public service.Part One: EDUCATIONINFORMATIONSubject CategoriesPart Two: TECHNICALPROFESSIONALSubject Categories339HOW TO ORDERA supply of film loan request forms is included as the lastpages of the catalog.Address your film loan requests to:USAECTIC Film LibraryP. 0. Box 62Oak Ridge, Tenn. 37830You may order more than one film at a time and for morethan one showing date. in ordering, place refer to eachfilm by its numbei and full title.Advice to New BorrowersAdvice to TeachersWho May BorrowHow to OrderCivil RightsLoan RequirementsTelevision UseCanadian BorrowersAdvice to Foreign BorrowersWhere to Purchase PrintsStock Footage36060606060606161616162

UNITED STATESATOMIC ENERGY COMMISSIONWASHINGTON, D.C. 20545DEAR FILM USER:The 1972 revision of the USAEC COMBINED FILM CATALOG describes 232 films intwo major film collections:Part One: EDUCATIONINFORMATION contains 17 subject categories and two series,and describes 134 films with indicated understanding levels on each film for use by schools.These films are available to the general public, television stations, and colleges, universitiesand secondary schools.The categories have a wide range of interest including such subjects as: Biology andAgriculture, Environment and Ecology, Industrial Applications, Medicine, Peaceful Uses,Power Reactors, and Research.Included in Part One of the catalog are seven important films on environmental andecological aspects of nuclear energy programs: "Nuclear Power and the Environment"page 7, "The Atom and the Environment" page 5, "Endless Chain" page 6, "Isotopes inEnvironmental Control" page 7, "No Turning Back" page 7, "Web of Life" page 9, and"The Warm Coat" page 8.Part Two: TECHNICALPROFESSIONAL lists 16 subject categories and describes 98technical films for use primarily by professional audiences such as colleges and universities,industry, researchers, scientists, engineers and technologists. The subjects include: Engineer-ing, Fuels, Medicine, Peaceful Nuclear Explosives, Physical Research, and Principles ofAtomic Energy.For reference, a list of subject categories in Part One and Part Two appears on Page iv,and a complete alphabetical index of all the films starts on Page v.All the films in the catalog are available for free-loan from the five USAEC librarieslisted inside the front cover. Additional copies of this catalog are available free of chargefrom these libraries, or the Audio-Visual Section, Office of Information Services, U. S.Atomic Energy Commission, Washington, D. C. 20545.In ordering films, please refer to each film by its NUMBER AND FULL TITLE. Thiswill speed the handling of your request.If you teach science, your attention is directed to the revised USAEC film catalog,CLASSROOM SCIENCE FILMS, available from the same sources.The Editoriii

CONTENTSPart One: EDUCATIONINFORMATIONPart Two: TECHNICALPROFESSIONALSubject CategoriesSubject Categories(For the General Public, Schools, Television,Colleges and Universities)(For Colleges and Universities; Industry; Researchers;Scientists; Engineers and Technologists).BIOLOGY AND AGRICULTURECAREERS.ENVIRONMENT AND ECOLOGYG. .INDUSTRIAL APPLICATIONS AND SSPINOFF .INTERNATIONALMEDICINE.NATIONAL LABORATORY. ACTIVITIESNUCLEAR DESALTINGNUCLEAR WEAPONS AND TESTINGPEACEFUL NUCLEAR EXPLOSIVESPEACEFUL USES (SUMMARY FILMS)POWER REACTORSPRINCIPLES OF ATOMIC ENERGYRESEARCHRE S E A R C H. . . . . . . . . .SAFETY, WASTET DISPOSAL, AND RADIATIONSPACE AND SNAP (SYSTEMS FOR NUCLEARAUXILIARY POWER)URANIUM PROSPECTING, MINING, ANDPRODUCTION. .SERIES:"CHALLENGE" (22 Titles)"UNDERSTANDING THE ATOM" (11 Titles)ANTHROPOLOGYBIOLOGY AND AGRICULTUREDATA PROCESSINGENGINEERINGFUELS, PROCESSING AND METALLURGY .GENEVA1971 FILM TITLESINDUSTRIAL APPLICATIONS AND SPINOFFMEDICINENUCLEAR WEAPONS TESTING AND DETECTIONPEACEFUL NUCLEAR EXPLOSIVESPHYSICS, FUSION AND CHEMISTRYPOWER REACTORSRESEARCH AND TEST REACTORSSAFETY, WASTE DISPOSAL, AND MONITORINGSPACE AND SNAP 293233.35iv39404041.4244.4445.4848495354.555758

COMBINED TITLE INDEXA IS FOR ATOMACCEL REVISITED: Automated CircuitCard Etching LayoutACROMEGALY: DIAGNOSIS, ETIOLOGY,THERAPYADVANCED TEST REACTORAIR AND GAS CLEANING FORNUCLEAR ENERGYALCHEMIST'S DREAM, THEALPHA, BETA, AND GAMMAANALYSIS OF NUCLEONNUCLEONSCAICERING EXPERIMENTSART OF SEPARATION, THEARGONNE FAST SOURCE REACTORATOM AND EVE, THEATOM AND THE ENVIRONMENTATOM AND THE MAN ON THE MOON, THEATOM IN PHYSICAL SCIENCE, THEATOM IN THE HOSPITAL, THEATOM SMASHERSATOM UNDERGROUND, THEATOM: YEAR OF PURPOSE, THEATOMIC ENERGY FOR SPACEATOMIC FINGERPRINT, THEATOMIC FURNACESATOMIC GREENHOUSE, THEATOMIC MEDICINEATOMIC PHYSICSATOMIC POWER PRODUCTIONATOMIC POWER TODAY (Short Version)ATOMIC POWER TODAY: SERVICE WITHSAFETY (Long Version)ATOMIC REVOLUTION IN WOODATOMIC SEARCIIATOMIC VENTUREATOMS FOR TIIE AMERICASATOMS IN AGRICULTUREATOMS IN THE MARKETPLACE:NUCLEAR MATERIALS SA FEG UARDSAND MANAGEMENTATOMS ON THE MOVE: Transportationof Radioactive MaterialsBASIC PRINCIPLES OF POWER REACTORSBEGINNING WITHOUT END, ABETA RAY SPECTROMETERBITTER AND THE SWEET, THEBREEDER IN THE DESERT, ABROOKHAVEN SPECTRUMBUILDING BLOCKS OF LIFE(CAREERS SERIES) (3 TITLES).CERAMIC FUEL FABRICATIONDEVELOPMENT FOR PRTR(CHALLENGE SERIES) (21 TITLES)CHEMICAL SOMERSAULT, ACLEAN AIR IS A BREEZE: AirborneContamination Control Through LaminarAir Flow . . . . . . . . .COMBUSTION TECIINIQUES IN LIQUIDSCINTILLATION COUNTINGCOMPUTER FLUID DYNAMICSCONTROLLED PHOTOSYNTHESISCONTROLLING ATOMIC ENERGYCONTROLLING RECORDS FIRES WITHHIGH EXPANSION FOAM.COUNTING WHOLE BODY RADIOACTIVITY .CURRENT METHODS IN PLUTONIUM FUELFABRICATIONDAY TOMORROW BEGAN, THEDESALTING THE SEASDEVELOPMENT AND FABRICATION OFHFIR TARGET ELEMENTSDIAGNOSIS AND THERAPY WITHRADIATIONDISPERSION THEORY APPROACH TONUCLEONNUCLEON SCATTERINGDOORWAY TO DIAGNOSISDOWN ON TIIE FARMEBRII FUEL FACILITYENDLESS CHAIN.ENVIRONMENTAL TES'T'ING.ETERNAL CYCLE, THE . . . .EXPERIMENTS IN CONTROLLING BRUSHFIRES WITH DETERGENT FOAMEXPLORING THE ATOMIC NUCLEUSEXTRACORPOREAL IRRADIATION OF BLOODAND LYMPH . . . . . . .FABRICATION OF THE ACCELERATORSTRUCTUREFABRICATION OF SNAP 7D FUELSOURCESFARM FRESH TO YOUFEAST, THE.FIFTH FUEL, THE244045. 105823135516331433FIRE FIGHTING IN THE E. NUCLEAR2245545231649454945336. 17. .11042. . . . .33334040. .335442.25525464957103932FIRE LOSS MANAGEMENT, PART II:COMPUTER INSTALLATIONSFIRST CHEMICAL SEPARATION OFLAWRENCIUMFIRST REACTOR IN. SPACE: SNAP10AFOUNDATIONS FOR THE FUTURE3V3033

COMBINED TITLE INDEXviFRESHER THE BETTER, THEFUEL OF 1HE FUTURE, THE . . . . . . . . .FUNDAMENTALS OF MECHANICAL VIBRATIONFUSION RESEARCHGASEOUS DIFFUSION(GENEVA-1971 FILMS) (12 TITLES)GO FISSION. . . .GUARDIAN OF THE ATOMHANDLE WITH CARE: THE SAFE HANDLING OFRADIOISOTOPESHARNESSING THE RAINBOWHARVEST OF ANATOMIC AGEHEAVY PARTICLE BEAMS IN MEDICINEHIGH ENERGY PEOPLE, THEHIGH ENERGY PHYSICS RESEARCHHORIZONS UNLIMITEDIMMUNE RESPONSE, THEINDUSTRIAL APPLICATIONS OFRADIOISOTOPESINDUSTRIAL ATOM, THEIN SEARCH OF A CRITICAL MOMENTINSIDE THE YANKEE COREINTRODUCING ATOMS AND NUCLEARENERGYINTRODUCTION TO ANALOG COMPUTERSINTRODUCTION TO HIGH VACUUMINVISIBLE BULLETS . . . . . .ISOTOPES IN ENVIRONMENTAL CONTROL.JOURNAL OF PLUTONIUM, A"LINKLIVING SOLID, THELIVING WITH A GLOVED BOXMACHINES THAT THINKMAN AND RADIATIONMAN AND THE ATOMMANY FACES OF ARGONNE, THEMASS OF ATOMS, THEMETALS FRONTIERMICRODEFORMATION OF URANIUMMICROSCOPE FOR THE UNKNOWNMIGHTY ATOM, THEMIRACLE IN THE DESERT: THE STORYOF HANFORD . . . .MODIFICATION OF RADIATION INJURY.113441503244PM-3A NUCLEAR POWER PLANT-ANTARCTICA .544411234224415033750413456342121142526423421. 14142535050NUCLEAR POWER FOR SPACE-SNAP-9ANUCLEAR POWER IN THE UNITED STATESNUCLEAR PROPULSION IN SPACER E A C T I O N S. .NUCLEAR R E A C T I O N S.51512316722644.7.30.533035NUCLEAR REACTOR SPA'CE POWER SYSTEMS.58NUCLEAR WITNESS: ACTIVATION ANALYSIS INCRIME INVESTIGATION, THE.11OAK RIDGE NATIONAL LABORATORYR AND D ITSSCIENTIFIC ACTIVITIES15.11OUR NEAREST STAR . 3033446.55261734246255028IN MICE.PARACHUTE DEVELOPMENT AT SANDIA . . . .44PAX ATOMIS: SNAP-7 TERRESTRIALISOTOPIC POWER SYSTEMS30PEOPLE AND PARTICLES. . . . . . . 26PERSIMMON: A NUCLEAR PHYSICS EXPERIMENT 51PETRIFIED RIVER, THE . . . . .PLANT GROWTH IN COMPENSATED FIELDS . . .40PLUTONIUM FUEL FABRICATION, EBI, MARK IV 43PLUTONIUM RECYCLE . . . . . . . . . . . .43520MOLECULAR BIOLOGY: An IntroductionMOLTEN SALT REACTOR EXPERIMENTNEUTRON ACTIVATIONNEUTRON ACTIVATION ANALYSISNEUTRON DIFFRACTIONNEUTRON IMAGE DETECTORNEW POWER, THENO GREATER CHALLENGENO TURNING BACKNON-ROOT FEEDING OF PLANTSNUCLEAR FINGERPRINTING OFANCIENT POTTERY.NUCLEAR INNOVATIONSNPROCESSCOONNT RTORLO L. . . . . . . . . . . . . .CNUCLEAR POWER R AND THE ENVIRONMENTOAK RIDGE RESEARCH REACTOROF MAN AND MATTEROPERATION LONG SHOT.OPPORTUNITY UNLIMITED: FRIENDLY ATOMSIN INDUSTRY. . .32POWER FOR PROPULSION.30PREPARING FOR TOMORROW'S WORLD. 4PRINCIPLES OF THERMAL, FAST ANDBREEDER REACTORS . . . . . . .23PROJECT GASBUGGY: THE RESOURCEFUL ATOM 19PROJECT GNOME TECHNICAL REPORT . .48PROJECT SALT VAULT56PROJECT SHOAL.17PROPERTIES OF RADIATION.36RADIATION ACCIDENT PATIENTS47RADIATION AND MATTER36RADIATION AND THE POPULATION.34RADIATION DETECTION BY IONIZATION . . . 36RADIATION DETECTION BY SCINTILLATION.36RADIATION EFFECTS IN CHEMISTRY51RADIATION IN BIOLOGY: An Introduction . .2RADIATION PROCESSING: A NEW INDUSTRY . . 45RADIATION PROTECTION IN NUCLEARMEDICINE.46RADIATION S'A FETYNUCLEARENERGY EXPLORATIONS.28RADIOISOTOPE APPLICATIONS IN INDPST10 7 . .36RADIOISOTOPE APPLICATIONS IN MEDICINE.36RADIOISOTOPE POWERED CARDIAC PACEUA KE11,THE.47RADIOISOTOPE. . IN MED'IdINE . . . 13RADIOISOTOPES IN BIOLOGYAND AGRICULTURE36RADIOISOTOPES: SAFE SERVANTS OF45INDUSTRYRADIOLOGICAL SAFETY. . .3756R-A-P: RADIOLOGICAL ASSISTANCE PROGRAM.54REACTOR SAFETY RESEARCH41RESPONSE TO MECHANICAL SHOCKRETIREMENT OF HALLAM NUCLEARPOWER FACILITY2RETURN TO BIKINIRFD-2.5 8 58RIDDLE OF PHOTOSYNTHESIS,3ROUNDUP.3SAFE HANDLING OF ENRICHEDD UNI.U1M1,RA'THE43(In a USAEC Production Plant).SAFETY IN SALT.48SAFETY IN THE PLOWSHARE P PROGRAM.12SANDIA SPINOFFSCINTILLATION CAMERA, THE.4734SEARCHING FOR THE ULTIMATESHEAR-LEACH PROCESS FOR SPENT43NUCLEAR FUELSSHORT-LIVED RADIOISOTOPES IN47NUCLEAR MEDICINE56SL-1 ACCIDENT, PHASES 1 AND 2, THESL-1 ACCIDENT, PHASE 3, THE57.2 9 29

viiCOMBINED TITLE INDEXSNAP-3 OPERATIONAL TESTSSNAP-8: SYSTEM FOR NUCLEARAUXILIARY POWERSNAPSHOTSNAPTRAN-2/10 A WATER IMMERSION TESTSOLAR ECLIPSE EXPEDITION 1966SPACE AND THE ATOMSPERT DESTRUCTIVE TEST, PART I, OnAluminum, Highly Enriched58Plate Type CoreSRE CORE RECOVERY FOLLOWINGFUEL.ELEM ENT DAMAGESTORY OF OAK RIDGE OPERATIONS, THESTUDY OF GRAIN GROWTH IN BeO USING ANEW TRANSMITTED LIGHT HOT STAGE, ASUPERCONDUCTING MAGNET FORFUSION RESEARCH, ASUPERCONDUCTING MAGNETSSYNCHROTRONTERNARY PHASE DIAGRAMTERRADYNAMICSTESTING FOR TOMORROW55582758.5715.4327272743423443THORIUMU-233 UTILIZATIONTIMETHE SUREST POISON35TO DEVELOP PEACEFUL APPLICATIONS FORNUCLEAR EXPLOSIONSTO IMITATE THE SUNTOMORROW'S POWERTODAY3131.495124TOMORROW'S SCIENTISTS AT ARGONNE. . . . 5TRACING AIRBORNE RADIOACTIVITY . . . . .35TRACING LIVING CELLS.35TRANSCURIUM ELEMENTS: SYNTHESIS,SEPARATION AND RESEARCH . . . . . . . 52TRANSPORTATION OF RADIOACTIVE MATERIALS,PART II, ACCIDENTS59TRANSURANIUM ELEMENTS, THE . . . . . . .52TRIP STEEL.43UNDERGROUND NUCLEAR WEAPONS TESTING .17(UNDERSTANDING THE ATOM SERIES)(11 TITLES)VELA PROGRAM: SATELLITE DETECTIONSYSTEMWARM COAT, THEWASTE DISPOSAL BY HYDRAULICFRACTURINGWEATHER EYE, THEWEB OF LIFE: Endless ChainWOODEN OVERCOAT, THEWORKING WITH RADIATIONWORLDS WITHIN, THEXENON TETRAFLUORI DEYANOMAMA: A MULTIDISCIPLINARY STUDYYOUR PLACE IN THE NUCLEAR AGE . . .ZONAL ULTRACENTRIFUGE, THE . . . .35.488.57319.57.3597.53. 39.484

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Part OneEDUCATION-INFORMATIONNOTE: All films are described for easy reference by those schools, television stations, civic clubs, government and industrialorganizations interested in educationit/forma licm f,hns on atomic energy. To help teachers and program chairmen selectfrom those films which will suit the understanding levels of students and other audiences, all titles in Part One are indicated assuitable for three Understanding Levels:Understanding Level-I Elementary SchoolUnderstanding Level-2 Junior and Senior Iligh SchoolUnderstanding Level-3 College and Universityl7nderstanding LeveI3 audiences, also see the Par: Two Technical Professional Film descriptions, starting on page 39.:IITHE ATOM AND THEENVIRONMENTSee page 5.00.13aTHE ATOMIC GREENHOUSE(1954).12!:black andnulershaulittg Let-Suitableel-2,Produced and fur sale by theHandel Film Corporation. For television clearance. write to Audio.Beckon. OIS. USAEC,Washington. D. C, 20515.Shows step by step the use of radioisoV isualtopes to tram a plant's absorption oflime front the soil. Explains how effectiveness of plant'sutilization is determined, and whyagriculturalsuch tests can improve crops by pointing to most efficient use of fertilizers,ORDER BY FILM NUMBER AND TITLE0.137ATOMSINAGRICULTURE'20 minuivs,Suitable for Understanding Let%(1969).els-2 and -3,Produced by the Walter J. KleinCo. for the Dow Chemical Company, with the technical assistanceof the USAEC. For sale by WRSMotion Picture Laboratory.ATOMS IN AGRICULTUREExplores the beneficial applications ofatomic energy in the fields of agriculture: as radioactive tracers that--likelittle radio transmittershelp scientists follow the life processes in plants,animals and soil, and as radiation totreat or improve plants, animals, insects and food products. In a series ofinterviews at universities, industrialorganizations and government researchand experiment stations in eight placesin the United States. we meet agrono.AMR AMMEratlanitveterinarians, entomologists,nutritionists, biochemists and engineers, who show us and explain theirmists.work in: the safe and more effectiveanduse of pesticides; controllingunderstanding the diseases andmetabolismof plants and animals;conservation of water; work to fightthe staggering crop losses due to11.1)weeds, diseases and insects; research toachieve better, higher-yielding crops;studies of animal parasites; studies ofcattle feeding; work to eliminate thescrewworm fly by irradiation-steriliza-tion; and research on fibers for improved textiles. It is made clear thatthe atom is an extremely importanttool for agricultural scientists.

BIOLOGY AND AGRICULTURE20459CONTROLLED PHOTOSYNTHESIS(1971). 24 minutes, color. NOTcleared for television.Suitable for Understanding Lev-0221FARM FRESH TO YOUSee page 10.FRESHER THE BETTER,NON-ROOT FEEDING OF PLANTS(1958). 21 minutes. color.Suitable for Cndristonding Lev.els-2 and -3.Produced bySee page 11.THEcls-2 and -3.Produced by USAEC's LawrenceBerkeley Laboratory. For sale byNAC.Photosynthesis is probably the mostimportant chemical reaction that takesplace on earthfor without it therewould be no plants, no animals, nolife. The film gives an introduction tothe structure of leaves, chloroplasts,grana and lamellae; and describes thefirm part of The process of convertingthe sun's energy to chemical energy.The film describes the injection ofradioactive carbon-14 into the plant,and tells how this tracer technique isused to determine the series of chemical compounds the plant makes beforeproducing food sugars and also describes some current research on enzyme reactions in plants. It is knownthat enzymes influence the productionof carbohydrates, proteins and fats. Itappears possible, by controlling theseenzymes, to control photosynthesisand increase the production of proteinin the plant's )eaves.Featured is a brief discussion byDr. Melvin CJIvin, Lawrence BerkeleyLaboratory, who was awarded a Nobel1961 for his research withradioactive tracers on the transformation of raw chemicals into plant sugPrize in015620 minutes, color.Suitable for Understand* Levels-2 and -3.Produced by the U. S. InformationAgency with the technical assistance of the USAEC, BrookhavenNational Laboratory and MichiganState University. For sale byIllustrates the progress achieved byYork, N. Y.See page 6.0114THE ETERNAL CYCLE(1954).Black and white.Suitable for Understanding Level-2.Produced and for sale by theHandel Film Corporation. For television clearance, write to Audio.Visual Section, OIS, USAEC,Washington, D. C. 20545.Illustrates use of radioisotope tracersin biological research. Includes studyof iron absorption by the blood cells;use of sugars by the body; and biologi-cal cycling studies in which "tagged"materials are traced throughout theirmovement from the soil to plants andanimals, and the amounts of absorption during each stage are determined.Nlotion Pictures for Agriculture.02%tional Laboratory and the field workwith new varieties of commercialcrops. The specific example shown isthe development of the Sanilac beanby Michigan State University plantgeneticists. The Sanilac bean is diseaseesistant and stands upright, permitting machinehamesting. The filmexplains simply the theories of radiaduction (1962). 131,", 'Mottles. blacktion-inducedplantmutations.themethods, and the complexity of thelongterm work.cls-2 and -3.Produced by USAEC's ArgonneNational Laboratory. For sale byNAC.ENDLESS CHAINHONORS: 3rd International Days ()I'higher yields. We see both the researchwork at USAEC's Brookhaven Na.HONORS:Nationalof radioisotopes are shown in this film.NO TURNING BACK04351971the method of tracing the nutrientsthrough the plant's system by meansU. S. scientists in using radiation tocreate new strains of disease- andweather-resistant food crops withMOLECULAR BIOLOGY: An Introduction (1969). 15 minutes, color.Suitable for Understanding Lev-Finalist,For sale by NAC.The techniques of applying nutrientsto the aboveground parts of plants andNAC,ars.Educational Film Festival, Oakland,California; Special Award, 1971 13thAnnual Industrial Film Awards, NewState University and the USAEC.HARVEST OF AN ATOMIC AGE(1963).ColmeserrenrathProductions, Chicago, for MichiganThe new science of molecular biologyhas emerged to dominate the lifesciences and open up the new frontiersof biophysics and biochemical re.search. To measure and document thisexploration into the molecular andatomic levels of the cell, technologyhas developed more refined andsophisticated research tools: the improved resolution of the electronmicroscope, the isolation of cell partsby ultracentrifugation, the separationcapabilities of chromatography, thelocalization of autoradiography, andthe sensitivity of liquid scintillationcounting. The past achievements using.See page 7.RADIATION IN BIOLOGY: An Intro-and white or color.Suitable for L'nderstandingLev-cl -2.Produced ender the technical direction of USAEC's Argonne Na.tional Laboratory by, and for saleby, Coronet Instructional Films,NOT cleared for television.Explains the meaning of high-energyradiation and shows how this radiationis used in biological research. Brieflyreviews light from the sun (wave radiaHon), radio waves. X rays. Alsotouches on the various sources ofradiation (X-ray machines. nuclear re.actors, cosmic rays. the sun, etc.).Radioisotopes are defined, and theirlife is traced from production throughtheir use as tools in the studs' ofradiation damage. The effect of radii)tion on living cells is demonstrated bycomparisons of plants grown fromirradiated and nonirradiated seeds andof mice that had been irradiated withthose that had not been irradiated.The film also shows the effects ofradiation on bone marrow, on theprotective lining of the intestine. andon chromosomes (mutations). The useof radioisotopes to trace chemicalprocesses in plants (the absorption ofnutrients) is also covered. Autoradiographs are explained, and the functionof a Geiger counter is outlined.0322RETURN TO MINI (1966).281/2these tools strengthen the belief thatthe function and structure of the cellcan be integrated. When used in conminutes, color.Stdtable for Understanding Lcv-junction with radioactive tracers, theseProduced for the USAEC by thetools may someday contribute thebasic information needed to find thecause and cure of human cancer andby NAC.many other diseases.cls-2 and -3.University of Washington. For saleDescribes the latest scientific surveyby a team from the Laboratory of

CAREERSRadiation Biology of the University ofWashington to determine the condition of Bikini and Eniwetok atolls sixyears after the last nuclear test detona-tions, and how it is found that therehas been tremendous recovery to thebiological processes that form the lifechainlinking man with the tiniestplants, fish and animals in the atolls.Scientistp have been studying the biological after-effects of nuclear tests atthe mid-Pacific atolls intermittentlysince 1946. Returning in August 1964,the scientists find that: the islands areonce again lush with vegetation, external radiation levels have dropped tolevels safe for people and the radioactive burdens in animals and plants arelow, rainwater in the soil is safe fordrinking, coconut trees are increasingagain, all the expected species of fishand sea life are to be found, birds are0325ROUNDUP (1960).color.3areas. Eventually the screwworm flyels-2 and -3.HONORS: 2nd International FishingProduced by, and for sale by, theMotion Picture Service, U. S. De-and Hunting Film Festival, Yugoslavia,partment of Agriculture.Describes the use of radiation to eradi-Nuclear Congress, Rome, Italy; GoldenEagle, CINE (Council on InternationalNontheatrical Events) 1970, Washington, D. C.on the skin of a warm-blooded animal.The eggs hatch to worms that feed onof screwwormbiological damage remains is rapidlyble. Since X ray was too expensive,Suitable for Understanding Level-2.Careers in Nuclear Science and NuclearEngineering. 3 films produced by thethat sinceEntomologists suggestedmethod of sexually sterilizing flies0324THE RIDDLE OF PHOTOSYNTHESIS (1965 Version). 141/2 minutes,color.onosucpiuA ,Htsurassit.,.LAtarrniziAinfestation.clusion: the gross results of nucleartralia.See page 8.emerges and mates, and the cyclecontinues. The film shows typicalscrewworm flies mate only once, if aHONORS: 5th International Agricultural Film Festival, Trieste, Italy; 15thAnnual Melbourne Film Festival, Aus-THE WARM COATlive flesh and then fall to the ground,where they burrow into the soil andchange to pupae. Ten days later the flyrestored and nourished the atolls. Con-healing."Golden Rocket," 16th Internationalcate the screwworm fly in the south-.eastern United States, an insect pestthat had caused large losses to livestock owners. The screwworm flydeposits its eggs in a cut or insect bitecasestesting are fading, and what littlelargely eradicated.Suitable for Understanding Lev-thriving, and that the seasurgingthrough the coral reefshas cleaned,was brought under full control andminutes,1814U. S. Army Pictorial Center for theUSAEC, with the assistance of theAmerican Nuclear Society. For sale bycould be found, eradication was possi-NAC.The basic purpose of these threefilms is to motivate students intheir formative years to considercareers in the field of nuclearradioactive cobalt (6 Co) was selectedto do the sterilization job. The planwas tested on the tiny island ofCuracao, where sterilized male flieswere released from aircraft. In sixscience and engineering. Each filmcan be shown independently orcan be shown as a series in thismonths the pest was eliminated. Similar operations were followed in Floridaand other southeastern states. A hugescrewworm factory was built inorder.04501. HORIZONS UNLIMITED(1969). 37 minutes, color.Florida, where 50 million flies werereared and sterilized in a week, withpupae subjected to 8000 roentgens ofgamma rays. Ten million sterilizedSuitable for Understanding Lev-male flies were airdropped on infestedel-2.Produced and for sale by theV.Handel Film Corporation. For tele-vision clearance, write to AudioSection, OIS, USAEC,Washington, D. C. 20545.Shows role of photosynthesis ingrowth of food and use of radiocarbonto explore the process. Describes, withV isualfAT.0 *LABELED su mSTORED* RADIOACTIVE. CARBON (C14)MOTEINanimation, key steps in one of theCNIMAN FOR CARSON ATOMS)experiments designed to help solve theriddle.Photosynthesis is the process bywhich plants use sunlight, water, min-erals and carbon dioxide from theair to release oxygen and to formfoods such as sugars, starches, fatsPHOTOSYNTHESISCHLOROPLASTaC*0111410 414.00 101C LABEL MAY BE TRACED INVEINproteins. Better understandingof the process may lead to the production of food by chemical methods. Inthe film, algae, one-cel

fresher the better, the 11 fuel of 1he future, the. . . . . . . . 34 fundamentals of mechanical vibration 41 fusion research 50 gaseous diffusion 32 (geneva-1971 films) (12 titles) 44 go fission 5 guardian of the atom. . . . . . 20 handle with care: the safe handling of radioisotop

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