ML20126H061

Affidavit of Re Linnemann Re Rorem Contention 1(c),affirming That Util Emergency Medical Plans & Procedures Adequate for Any Conceivable Radiation Injuries.Prof Qualifications Encl

ML20126H061
Person / Time
Site:	Braidwood
Issue date:	06/11/1985
From:	Linnemann R COMMONWEALTH EDISON CO., RADIATION MANAGEMENT CORP. (RMC)
To:
Shared Package
ML20126G862	List: ML20126G857 ML20126G897 ML20126G944 ML20126G978 ML20126H032 ML20126H061 ML20126H080 ML20126H111
References
OL, NUDOCS 8506180233
Download: ML20126H061 (23)

Text

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MP d4 SUBCONTENTION 1(c)

ATTACHMENT B l

3 850613 kok618 K 05000456 C PDN

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i j UNITED STATES OF AMERICA I l NUCLEAR REGULATORY COMMISSION i

f

BEFORE THE ATOMIC SAFETY AND LICENSING BOARD '

j In the Matter Of: )

) i COMMONWEALTH EDISON COMPANY )

, ) Docket Nos. 50-456 '

(Braidwood Nuclear Power ) 50-457  ;

Station, Units 1 and 2 ) i

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t i AFFIDAVIT OF ROGER E. LINNEMANN i (on Rorem Contention 1(c))

1 j Roger E. Linnemann, being duly sworn, deposes and 1

J states:

i i i 1. I am Vice Chairman and Chief Medical Officer,  !

1 Radiation Management Corporation ("RMC"), University City {

Science Center, Philadelphia, Pennsylvania. I am also Clin-1

(

j ical Associate Professor of Radiology, University of t

] Pennsylvania School of Medicine and Visiting Associate Profes- ,

l sor of Clinical Radiology, Northwestern University Medical 1

i School. I an licensed to practice medicine and surgery in  !

l Pennsylvania, Illinois and Minnesota and am certified by the j American Board of Radiology and the American Board of Nuclear l l [

i Medicine. I have represented the Commonwealth of Pennsylvania j 1 F j in the Medical Liaison Officer's Network, a national orga- i I  !

j nization of physicians established by the U. S. Environmental il Protection Agency and the Department of Defense to consult on f i

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._ _ _ _ _ . . _ _ . _ _ . _ ..... _ _ __ __ _ _ . ~ _ _ _

. radiation problems associated with federal installations. I am familiar with the proper treatment of radiation contaminated injuries and radiation exposure injuries. As Chief Medical Officer of RMC, I am responsible for the training in treatment of radiation injuries which RMC provides to Commonwealth Edison Company (" CECO") personnel and to hospitals and ambulance services in the areas surrounding CECO's nuclear power plants. I have trained and equipped more than fifty hospitals across the nation to handle radiation injuries and have evaluated the capability of several dozen other hospitals to provide such treatment. A current state-ment of my professional qualifications is attached hereto.

(Linnemann Attachment A.) I have personal knowledge of the matters stated herein and believe them to be true and correct.

2. This affidavit is made in support of Commonwealth Edison' Company's motion for summary disposition of Rorem Contention 1(c). That contention states:

Intervenor contends that an adequate emergency plan for the Braidwood Station should include the following:

(c) a suitable plan.for providing medical treatment to operating personnel who might be exposed to radiation in the event of an accident, including transportation to medical facilities equipped to treat radiation casualties.

3. Before I discuss the arrangements made for the Braidwood Station, it may be helpful to understand the nature

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of radiation injuries and their treatment. For emergency planning purposes, there are two classifications of radiation injuries: pxternal exposure - those persons externally  !

! exposed to a source of radiation not in contact with the body; [

and contaminated and injured - those persons who are injured l

and at the same time have loose radioactive particles on their person.

) 4. External exposure patient. In the case of external

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exposure to radiation, the gamma rays pass through the body i

j and deposit energy in the cells of the body. The patient is i

! not " radioactive" and does not in turn give off radiation. He l r presents no hazard to himself or to attending or response

)

i personnel. He requires no special handling or facilities at a hospital or during transportation. He can be admitted in the usual fashion to the regular emergency room. His symptoms, if

any, will be nausea and vomiting, only seen with exposures over about 100 rem. Except for the very unusual high exposures j (greater than 400-500 rem), the symptoms will abate in 1-2 i days, after which time the patient will e'xperience a period of well being lasting up for 2-3 weeks. Following this time, the l patient may require treatment in a definitive care hospital i

for-bone narrow depression. Since external exposure is '

seldom, if ever, immediately life threatening, any accompanying i traumatic injury takes precedence during treatment in the

! normal emergency room. If the externally exposed patient r

happens also to be contaminated, he can be decontaminated at

! the site before being sent to the hospital.

- .. .m.- -. , . . - . _ . . _ , _ ~ _ _ , - . , _ . - , . _ _ _ . - - . _ . , . . - _ _ . , _ . . _ _ _ 1. . .. _~ . . , _ . . . , - - _ _ .

5. The contaminated and injured patient. The loose radioactive particles on the person emit radiation and therefore may present a hazard to the patient, as well as the attending personnel. Radioactive contamination can be readily assessed by the use of radiation detection instruments commonly found in nuclear power plants and hospitals with Nuclear Medicine and Radiology Departments. Decontamination is readily accomplished by removing contaminated clothes and bathing the affected area. It is necessary to take steps to reduce exposure of attendants and control the spread of any contamination. These steps are not unique to radiation contaminated and injured cases; similar procedures are taken in emergency rooms for chemical contamination or septic cases.

The order of emergency treatment of the contaminated snd injured patient ist resuscitation and stabilization o any life-threatening traumatic injury; decontamination; and transfer of the patient to a regular hospital room and bed for further treatment of trauma and evaluation of the patient's total body radiation exposure, that is from external exposure as well as contamination.

6. Once the contaminated injured patient is decontam-inated, he now falls into the category of an externally exposed patient. And, like that patient described in paragraph 4 above, he presents no radiation hazard.to himself or others. The serious consequences of this exposure, if any, will unfold over a period of days and usually weeks.

. Once the exposure is known, the course of illness can be readily predicted. The patient will be treated on the basis of symptoms and can be unhurriedly transferred without special precautions to a definitive care center, which in the case of Braidwood Station is Northwestern Memorial Hospital in Chicago.

7. Adequate arrangements for medical services for victims of radiological injuries at a nuclear power plant consist of four elements: (1) trained plant personnel qualified to administer first aid to radiological accident victims; (2) an ambulance service competent in the transportation of the contaminated injured persons; (3) a local hospital qualified and trained to treat contaminated injured patients, and triage the noncontaminated externally exposed and/or injured patients; and (4) a backup hospital which can provide definitive evaluation and treatment of radiation injuries.

8. In my 16 years of experience in working with 25 nuclear power plant sites, there have been 42 instances where contaminated and injured people from a power plant were taken to a local hospital. Only a few of these instances involved more than one patient and no case involved more than two. In none of those cases did the radiation exposure involved exceed the guidelines established for radiation workers or the general public. In every case the hospital was able to completely decontaminate the patient and prevent the spread of contamination. Based on this experience, I believe it poses

. little difficulty for a hospital to be trained and equipped to safely handle a contaminated injured patient.

i 9. RMC will be providing training to CECO personnel at the Braidwood Station who may be called on to provide first aid to injured personnel and preliminary evaluation of any radiation in]ury. This training will be provided on August 15 and 16, 1985 and thereafter on an annual basis. The training session for CECO personnel will include a demonstration of the proper handling of a contaminated injured person and proce-dures, for ambulance transportation, contamination control, j and hospital reception. The CECO personnel will also partici- l 4

pate in a drill similar to the one conducted for the Dresden Station which simulates an accident involving a contaminated l injury. (Discussed further below.) RMC will also provide CECO with an evaluation of their performance of the drill.

10. The Braidwood station has made arrangements with the Braidwood Fire Department for ambulance transportation of injured Braidwood Station personnel to the local hospital.

(In this case, St. Joseph Medical Center in Joliet, Illinois, discussed further below.) The Braidwood Fire Department will i receive training from RMC in August, 1985 in the proper handling of contaminated injured persons. The Braidwood Fire Department will also participate in the drill of a simulated accident at the Braidwood Station and be evaluated by RMC on their performance. This training will also be offered to five other local fire departments with which CECO has made

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of a conta=inated in3nred patient. The topics included the '

l biological effects of icniring radiation, persennel protective l actions, use cf e=ergency roce equip =ent and supplies for the '

1 contaminated patient, contacination centrol techniques, and i 1

decentaminaticn and bioassay procedures. Seventeen profes-l sienal staff =e

bers of St. Joseph attended the Nove=ber 15, i i 1984 training session. An additional 15 staff re bers of St.

i f Joseph Medical Center attended a tve-hcur " refresher" course '

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] conducted by RMO on March 14, 1985 ccvering the sa:e topic.=.

l j 13. The second day of the training sessicn for St.

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, Joseph Medical Center consisted of a radiation energency drill 1

! which si=ulated an accident at the Dresden Station resulting i l in a contaninated injury, transportation of the patient by J arbulance to St. Joseph Medical Center, and reception and  :

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treat =ent of the patient at St. Joseph Medical Center. The i

purpose of the drill with respect to St. Joseph Medical Center  ;

1 l was to test ccerunicaticns between the hospital and the plant  ;

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and to evaluate the hospital's treat:ent and decentccinatien  ;

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i procedures. RMC personnel cbserved the drill and prcvided a ,

i j critique to the hospital staff i= ediately follcwing the 1 drill. Thereafter, RMC provided St. Joseph Medical Center j

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! with a report of RMC's cbservations and an edited video tape i

of the exercise to further assist the= in esintaining their i cczpetence. The Novc=ber 16, ISE4 drill showed the St. Jcseph Medical Center staff to be fully ec=petent in treating l

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, , contaminated injuries and capable of performing  ;

decontamination while preventing the spread of contamination.

14. St. Joseph Medical Center already has in place i procedures with respect to Dresden Station for the treatment of radiation injuries. Those existing procedures are being revised to include Braidwood Station. In addition, RMC is i working with St. Joseph Medical Center to expand the existing i area which is designated for the handling of contaminated l

, injured patients, or Radiation Emergency Area ("REA"), in the l l

, event of multiple patients with centaminated in]uries. >

Presently, a large conference roce adjacent to the emergency room can be used for this purpose. Utilizing this conference room, the present REA and the hospital's established disaster f plan, St. Joseph Medical Center could readily evaluate and l

treat as many as 25 patients with varying degrees of contami-natien and injury. The normal emergency room can handle any injury not involving contamination, i.e., noncontaminated trauma, noncontaminated external exposure with symptoms, and noncontaminated exposure with trauma. On at least one prior occasion, St. Joseph Hospital has demonstrated the capability te handle 50-60 disaster victims utilizing its disaster plan, triage principles, and the conference rocm in conjunction with the emergency room.

15. CECO has arrangemente with Northwestern Memorial Hospital in Chicago as the backup hospital to provide

, _ _ . _ _ . . . ~ _ . ._ ,. ._ _ - -.__ __ ___.- _ _ ,... .

e definitive treatment for CECO personnel who suffer severe radiation exposure. I am intimately familiar with the facilities and staff at Northwestern and they are fully capable of providing the necessary treatment. In addition, as part of its agreement with CECO, RMC stands ready 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> per day to assist at the location of an accident victim with a Radiation Emergency Medical Team consisting of physicians specializing in radiation injury, certified health physicists, and technicians with special portable radiation detection instrumentation. RMC's Radiation Emergency Medical Team is able to assist in the complete evaluation and treatment of the patient as well as in the cleanup of any contamination in the REA. RMC will also make available to CECO a special accident Bioassy Laboratory and a mobile Whole Body Counter for exposure evaluation of radiation accidents victims. In addition, RMC will assist in the transportation of the victim to a definitive care medical center. In the case of the Braidwood Station, the patient (s) would be transported to Northwestern Memorial Hospital for definitive care. The capacity of Northwestern Memorial Hospital to provide definitive care for serious radiation injuries from Braidwood should be more than adequate. In the 16 years of RMC's experience in maintaining emergency medical programs for 25 nuclear power plant sites, we have not had one patient who required definitive care.

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l 16. In conclusion, based on my experience and profes- '

sional judgment, it is my opinion that the plans and procc-dures already in place, and those that will be developed and implemented by September, 1985, are adequate to handle any conceivable radiation injuries at the Braidwood Station. This plan includes the establishnent and maintenance of local ,

plant, ambulance, and hospital capability as well as 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> backup expertise of RMC in association with Northwestern Memcrial Hospital.

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, E. Lihnemann, M.D.

i SWORN Alg SUBSCRIBM to before me this /L day of L_b t/, 1985. l f

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Mtp Public h!x Cc .. G.2 1y ?d.),14,l',4 .

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CURRICULUM VITAE ROGER E. LINNEMANN, M.D.

Vice Chairtnan Radiation Management Corporation **

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9 RMME Lu u m et A m m m r A -

r CURRICULUM VITAE Date: February 3. 1984 ROCER E. LINNEMANN. M.D.

Home Address: 517 S. Providence Road Wallingford, PA 19086 Offlee Address: 3508 Market Street Radiation Management Corporation Philadelphia, PA 19104 Social Security: 475-30-7394 Date of Birth: January 12, 1931 -*

Place of Birth: St. Cloud, Minnesota Marital Status: Married Ch!!dren: Thomas M., 1952 Kathryn E., 1953 Roger E. Jr., 1956 Kurt F., 1959 Nicholas J., 1965

, Education: 1952 University of Minnesota, Minneapolls, MN; B.A. (Cum Laude) 1956 University of Minnesota, Minneapolis, MN; B.S., M.D.

1956 - 1957 Walter Reed Army Hospital, Washing-ton, D.C.; INTERNSHIP 1962 - 1965 Walter Reed Army Hospital, Washing-ton, D.C.; RESIDENCY (Radiology) 1963 - 1965 US Department of Agriculture Craduate School (Evening), Washington, D.C.,

Russian Language Military Service: 1956 - 1957 Walter Reed Army Institute of Research, Washington, D.C.

INTERNSHIP 1957 - 1961 U.S. Army - Germany General Medical Officer 1962 - 1965 Walter Reed Army Institute of Research, Washington, D.C.

RESIDENCY 1965 - 1968 U.S. Army - Cormany Nuclear Medical Research Detachment e

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Military service (c'ont.)

April 1961 Sandle Base. New Mexico; Nuclear Weapons Orientation Course August 1962 Medical Aspects of Nuclear Warfare 9 O e

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r Professional Experience:

1981-present Vice Chairman and Chief Medical Officer, Radiation Management Corporation 1969-1981 President / Chief Executive Officer, Radt-ation Management Corporation 1974-present Clinical Associate Professor of Radiology, University of Pennsylvania School of Medicine

• 1977-present Visiting Associate Professor, Clinical Radiology Northwestern University Medical School 1969-1974 Assistant Professor, Clinical Radiology, University of Pennsylvania School of Medicine - -

1968-1969 Nuclear Medicine Consultant, Philadelphia Electric company Jan-Aug 1968 Assistant Professor, Radiology, University of Minnesota School of Medicine (Investi-gated use of isotopes in kidney function evaluation)

I 1957-1968 Employed by United States Army.....

1965-1968 Commanding officer, Nuclear Medicine Research Detachment, Europe; Radiological Health Con-sultant, US Army-Europe (responsible for plans, procedures and training of military hospitals and personnel in the evaluation, evacuation and treatment of radiation casualties). In January, 1966 sent to Palomares, Spain for evaluation of medical and environmental as-pects of the mid-air collision involving nuclear weapons) 1961-1967 Research Associate, Department of Radlo-I biology, Walter Reed Army Institute of Research, Washington, D.C. (Investigated use of anti-radiation drugs in treatment of cancer) 1957-1961 Ceneral Medical officer, Europe Languagest German, Russian

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1 Professlonal Appointments:

1982-present American Medical Association Council on Scientific Affairs Subcommittee on the Management of Radiation Accident Victims 1979-present Health Physics Society Standards Committee 1978-present General Dynamics Electric Boat Division Radiological Health Consultant 1978-present Edison Electric Institute Utility Radiation Standards Group 1973-present Univ $rsity of Pennsylvania Radiation Safety

. Committee 1973-present The Atomic Industrial Forum, Inc. Public Affairs & Information Committee - -

1970-present 'The American Nuclear Society Subcommittee for Writing Emergency Procedures Standards 1969 & 1975 Atomic Enerty' Commission ad hoc Committee on Medical Aspects of Radiation Accidents 1966-present American College of Radiology .....

1969-present Commission on Radiologic Units Standards and Protection 1969-present Committee on Radiation Exposure of Women 1969-present Committee on Radiological Aspects of Disaster Planning 1967-1978 International Affairs Committee 1965-1968 U.S. Delegate to NATO Radiation Protection Committee &-Medical Aspects of Nuclear Warfare Committee 1971-present Department of Defense & Environmental Protection Agency Medical Liaison Officer's l Network (MLON)-State of Pennsylvania Repre-sentative i Spe:ialty Certification:

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1964 Certified by American Board of Radiology f

1972 Certified by American Board of Nuclear Medicine l

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r-Licensure:

Commonwealth of Pennsylvania Illinois and Minnesota National Societies:

American College of Radiology American Public Health Association American Medical Association Society of Nuclear Medicine Pennsylvania Medical Society

• Radiological Society of North America, Inc.

American Institute of Physicists /American Association of Physicists in Medicine American College of Nuclear Physicians American Council on Germany American Medical Association Local Societies: - -

Philadelphia Roentgen Ray Society College of Physicians of Philadelphia Union League of Philadelphia Awards & Honors Association of Medicine & Security, Madrid, Spain (1978)

, University of Minnesota Radiological Research Scholar (National Research Council)

United States Army Legion of Merit Listed in Who's Who In Frontier Science and Technology I

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r Presentations:

1983 DWK (see 1978) Munich, Germany - Appeared before as international expert I

1983 DWK (see 1978) Hanover, Germany - Presented seminar )

" Medical Significance of Radiation Exposure" at University of Regensburg for medical and chemistry grad students l 1982 Health Physics Society (Annual Meeting, Las Vegas, Nevada) Presented keynote sppech " Medical & Public -

Health. Consequences of an off-site Release of Radiation from NPF" 1980 Korea Women's Association (Seoul, Korea) presented paper, " Energy: The Basis for Health in Developing and Developed Countries", at International Symposium on the Expulsion of Environmental Pollution 1980 Korean Association for Radiation Protection (Seoul, Korea) presented seminar on emergency management of radiation injuries 1980 Ministry of Health (Madrid, Spain) presented paper, " Definitive Treatment of Radiation Injuries", at First Seminar on Assistance to Those Wounded by Radioactive Elements and Ionizing Radiations I

l979 R,einisch-Westfalisches Elekrizitatswerk (Essen, Germany) presented paper " Energy: The Basis for Health in Developing and Developed Countries", at The Seventh Energy Workshop 1978 The Swedish State Power Board (Vallingby, Sweden) presented seminar, " Management and Treatment of Radiation Injuries", and conducted radiation emer-gency medical exericise at the Ringhauls Nuclear Power Plant 1978 Deutsche ';ese11schaf t fur Wiederauf arbeitung (Hanover, Germany) appeared before the Prime Minister and Parliament of Lower Saxony as an International expert to testify on the safety of a reprocessing plant at Gorleben, Germany 1978 International Atomic Energy Agency (Vienna, Austria)  ;

presentation at Symposium on Late Effects of Ionizing Radiation '

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Presentations (Continued) 1978 Assoclaelon de Medleina I seguridad en el Trabajo de Uness para la Industria Electrica (Madrid, Spain) presented one-day seminar entitled, " Primary Manage-ment of Radiation Injury" 1977 International Atomic Energy Agency (Vienna, Austria) presented paper, " Emergency Medical Assistance Pro-grams for Nuclear Power Reactors", at Symposium on Handling of Radiation Accidents 1967 University of Freiburg Institute of Radiobiology (Freiburg, Germany); presented seminar on diagnosis and treatment of radiation injuries Publications:

1. Linnemann, Roger, E. " Berlin: The Young-Old City". Senior Citizen (September 1961).

2. Linnemann, Roger E. "This Way to Berlin". The American Benedictine Review:14. No. 4 (December 1963) .

3. Linnemann, Roger E. "The Acute Radiation Syndrome and its Impact on the Chain of Evacuation". Medical Bulletin, U.S. Army Europe:

12, No. 12 (December 1965).

I4 Linnemann, Roger E. and Robert T. Wangemann. " Medical Support of Nuclear Weapons Accidents". Medical Bulletin, U.S. Army Europe (November 1967).

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5. Linnemann, Roger E. and O. Messerschmidt. "Erholungsvorgaenge bei Crosstleren nach Canzkoerperbestrahlung", :dem 6. Jahrbuch von der vereinigunt Duetscher Strahlenschuttaerrte (1968).

6. Linnemann, Roger E. " Command Radiation Guidance". Military Medielne: 33, pp. 771-716 (September 1968).

7. Loken, Merle K., Linnemann, Roger E. and George S. Kush. " Eval-uation of Renal Function Using a Scintillation Camera and Co=pu-ter". Radioloty: 93, No. 1, pp. 85-94 (July 1969).

8. Linnemann, Roger E., Loken, Merle K. and Colin Markland. "Com-puterized Compartmental Renegrams to Study Kidney Function".

Journal of Urology: 103, pp. 533-537 (May 1970).

9. Linnemann, Roger E. and J.W. Thiessen. " Regional Approach to the Management of Radiation Accidents". Journal of the American Public Health Association: 61. No. 6, pp. 1229-1235 (June 1971).

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~ Publications (Continued)

10. Linnemann, Roger E. and Robert H. Holmes. " Nuclear Accidents and Their Management". Emergency Medical Care, pp. 281-292 Spitzer,, Stanley and Wilbur W. Oaks (eds.) New York: Brune and Stratton, Inc. (1971).

11. Linnemann, Roger E., Rasmussen, N.C. and F.K. Pittman. Nuclear Enerzy: Issrs.( and Answers. Atomic Industrial Forum Inc. in cooperation n'th Pennsylvania Power & Light Company (April 1973).

12. Linnemann,% Roier E. " Accentuate the Positive". Trial: 10, No. 4, p. 13 (Ouly/ August 1974).

13. Linnemann, Roger E. " Accentuate the Positive". Congressional Record: 109, pp. 4964-4967. Washington, D.C. United States of America Proceedings and Debates of the 93rd Congress, Second Session (July 23, 1974).

14. Linnemann, Roger E. and J.W. Thiessen. Editorial, "In Defense of Radiation and Cells". The New York Times (May 23, 1974).

15. Linnemann, Roger E. Nuclear Radiation and Nealth. Springville, NY, Nuclear Fuel Services Inc. (September 23, 1974).

16. Linnemann, Roger E. Editorial, "In Defense of Nuclear Power Plants" The Philadelphia Inquirer, p. IlA (March 6, 1975)

17. Linnemann, Roger E. " Nuclear Power Plants Pose Minimal Health Risks:", Perspective. News Bureau of the University of Pennsyl-vania, Philadelphia, PA (February 1975).

18. Linnemann, Roger E. " Medical Aspects of Power Generation".

Impulse. Massachusetts: Electrical Council of New England (June 1975).

19. Linnemann, Roger E. " Bugs in the Nuclear Fuel Cycle". Spectrum

p. 59, Cadi Kaplan (ed.( Piscataway NJ: The Institute of Elec-trical and Electronic Engineers, Inc. (September 1975).

20. Linnemann, Roger E. and Fred A. Mettler, Jr. " Emergency Medical Assistance Programs for Nuclear Power Reactors". International Atomic Energy Agency Symposium on the Handling of Radiation Acci-dents, IAEA-SM-215/22. Vienna Austria (1977).

21. Linnemann, Roger E. "Why ALARA?" Transactions of 1979 American Nuclear Society Conference, Atlanta, CA (June 3-7, 1979), Vol.

32 TANS AO 32 1 832 ISSN 0003-018x (1979).

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'22.-Linnemann, Roger E., Hackbarth, C.J. and Ray Crandall. "The Contaminated and Injured Patient". Proceedings of Twenty-fourth Annual Meeting of the Health Physics Society, July 9-13, 1979 (Philadelphia, PA).

23. Linnemann, Roger E. "The Three Mlle Island Incident in 1979:

The Utility Response". The Medical Basis for Radiation Acci-dont Preparedness, K.F. Hubner and S.A. Fry (eds.). Elsevier/

North-Holland, pp. 501-509 (1980).

24. Linnemann, Roger E. " Initial Management of Radiation Injuries".

• Journal of Radiation Protection, 5, No. 1, pp. 11-25 (December 1980).

25. Linnemann, Roger E., Stephen M. Kim and Frazier L. Bronson.

, "Three Mile Island: Medical and Public Health Aspects of a Radiation Accident". Journal of Radiation Protection, 6, No. 1, pp. 45-52 (October 1981).

26. Linnemann, Roger E. " Facilities for Handling the Contaminated Patient". Radiation Accident Preparedness: Medical and Mana-gerial Aspects. Science-Thru-Media Company: New York (1982).

27. Linnemann, Roger E. "A Systems Approach to the Initial Management of Radiation Injuries". Systems Approach to Emergency Medical Care, Appleton-Century-Crofts: New York (1983).

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PROFESSIONAL TESTIMONY in progress Limerick Nuclear Generating Station Emergency Planning Hearings in progress Cleveland Electric Illuminating Company Emergency Planning Hearings in progress Southern California Edison Company Emergency Planning Hearings for the San Onofre Nuclear Generating

• Station in progress John Benek vs. Pennsylvania Power Company et al.

1. 99 of 1977 Eminent Domain 1984 Long Island Lighting Company Emergency Planning Hearings for the Shoreham Nuclear Power Station 1983 Union Electric Cenpany Emergency Planning / Licensing Hearings for Callaway Nuclear Power Plant 1983 Pennsylvania Power & Light Company Susquehanna Steam Electric Operating License Hearings 1982 Texas Utilities Senerating Company Emergency Planning Hearings for the Comanche Peak Steam Electric Station 1981 Florida Power & Light company Turkey Point Steam Generator Repair Hearings '

1981 Southern California Edison Company Emergency Planning Hearings for the San Onofre Nuclear Generating Station 1979 Corleben Nuclear Fuels Reprocessing Plant Hearings before the Prime Minister and Parliament of Lower Saxony, Hanover Germany 1979 Florida Power & Light company Turkey Point Nuclear Station Operating License Hearings 1971 Long Island Lighting Company Shoreham Nuclear Power Station Operating License Hearings 1970 Baltimore Cas & Electric Company Calvert Cliffs Nuclear Power Plant Operating License Hearings 1970 Northeast Utilities Service company Millstone Nuclear Power Station Operating License Hearings

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