1 AD-A12 355 FNAL TACTICAL DECSIN AID (FDA FORrINFRARED (8-2 1/MICROMETERS) SYSEM..Li SYSTEMS AND APPLIEDSCIENCESCORP RIVERDAL EMD SB HODGES ET AL 15SEP 82

UNCLASSIFED SCIENTIFC 3 AFG0 8 82 029412) F/G S75 l

EEE~ohEEmhhmhhI

S1.0 1&, 2-8 51111.25 1- .

S, MICROCOPY RESOLUTION TEST CHARTHAPON&L BUREAU OF STht4DADS-%3-A

* II

I-

7,N I'

UNCLASSIFIEDSECURITY CLASIFICATION OF THIS PAGE (fhen oll nter.).

REPORT DOCUMENTATION PAGE RAD ISTRUCTIONS

1. REPORT HUMMER 2 GOVT ACCESSION NO 3. RECIPIENT'S CATALOG NUMER

AFGL-TR-82-0294 (II) 7- I - Y $4. TITLE (end Subtitle) S. TYPE OF REPORT & PERIOD COVERED

FINAL TACTICAL DECISION AID (FTDA) FOR INFRARED Scientific Report No. 3(8-12 pm) SYSTEMS - MANUAL VERSION

Appendix A - Atmospheric Transmission Tables

7. AUTHOR(s) S. CONTRACT ON GRANT NUMOER(s)

Donald B. Hodges Robbie E. Hood

Scott D. Hamilton Ronald F. Wachtmann F19628-81-C-0042

S. PERFORMING ORGANIZATION NAME AND ADDRESS I0. PROGRAM ELEMENT. PROJECT. TASKSystems and Applied Sciences Corporation (SASC) AREA 6 WORK UNIT NUMBERS

6811 Kenilworth Avenue 63707F

Riverdale, Maryland 20737 268802AB

II. CONTROLLING OFFICE NAME AND ADDRESS It. REPORT DATE

Air Force Geophysics Laboratory September 15, 1982

Hanscom APB, Massachusetts 01731 13. NUM8ER OF PAGES

Lt. Col. Kit G. Cottrell, Contract Manager/OPI 3014. MONITORING AGENCY NAME • AODRESS(If different from Controlling Office) IS. SECURITY CLASS. (of this report)

UNCLASSIFIEDISO. DECLASSIFICATION/ DOWNGRADING

SCHEDULE

IS. DISTRIBUTION STATEMENT (of this Report)

Approved for public release; distribution unlimited

17. DISTRIBUTION STATEMENT (of the abstract entered in Block 20, it differeint inun Report)

; Il10 SUPPLEMEN TARY NOTES ,

Volume 11 of five volumes Vail-/

IS. KEY WORDS (continue n reverse side If necessr'y end Identify by bMock m ber)

TACTICAL DECISION AID (TDA) AEROSOL EXTINCTION COEFFICIENTINFRARED PRECIPITATION EXTINCTION COEFFICIENTLOWTRAN RAIN EXTINCTIgg COEFFICIENT

ATMOSPHERIC TRANSMISSION SNOW EXTINCTI- COEFFICIENTMOLECULAR EXTINCTION COEFFICIENT

20. ABSTRACT (Continue an reverse side If necessar end Identify by Week

------ The tables required to calculate 8-12 ratmospheric transmission at

4 km range for use in determining maximum lock-on range (MLOR) and maximumacquisition range (AR) from the Manual Version of the FTDA are presented.Tables adapted from AFGL models for calculating molecular, aerosol, and

(precipitation extinction coefficients as functions of various meteorologicalparameters are presented. An aerosol model selection procedure is providedas well as a table which converts total extinction coefficient to atmos-

I heric transmission.

DO) , 72 1473 EDITION OF I NOVSS IS OBSOLETE UNCLASSIFIED

SECURITY CLASSIFICATION OF THIS PAGE (When Date Efntee

-- - -- I I New

SSD-T-8-6061-007 (1I)-82

TABLE OF CONTENTS

1. A Brief Description of the Aerosol Selection Process ... ........ 5

Flowcharts - Figs. A-lA, A-lB, A-iC .... ............... .... 7

Approximate Values of Critical Boundary Layer Wind Speed -

Fig. A-iD .............. ............................. 8

2. Table A-i .............. ............................. 9

A. Precipitation Extinction Coefficient (B ) for Snow Modelp

as a Function of Visibility ......... .................. 9B. Precipitation Extinction Coefficient (B ) for Rain Model

pas a Function of Visibility ......... .................. 10

3. Table A-2. Relative Humidity (RH) as a Function of Temperature

and Dewpoint ........... ........................... .. 11

4. Table A-3 ............................ 15

A. Aerosol Extinction Coefficient (BAER) for Maritime Model

as a Function of Visibility and Relative Humidity ....... 15

B. Aerosol Extinction Coefficient (B A R ) for Urban Model as

a Function of Visibility and Relative Humidity ........... ... 17

C. Aerosol Extinction Coefficient (B A R) for Rural Modelas a Function of Visibility and Relative Humidity .......... 18

D. Aerosol Extinction Coefficient (BAER) for Fog Model as

a Function of Visibility ...... ....................... 19

• 5. Table A-4. Molecular Extinction Coefficient (Bo) as aMOL

Function of Temperature and Dewpoint ..... ............... .. 21

6. Table A-5. Atmospheric Transmission (i ATM ) at Reference

Range (4 km) as a Function of Total Extinction Coefficient

(B.) ........... .............................. 23

*~ UAcoosslon Yrew

*/TT CR~A&ltIC tag 0

-- I .ano~ined 0Justitleati

Distribution .....Avsllabllity Codes

891a lAvall and/orDist I Speolal* (-

sonK3

'I__________ ___________________I-

1. A Brief Description of the Aerosol Selection Process

The methodology is based on the properties of three non-fog aerosol mod-

els in LWXRAN. The Rural Model describes the basic background aerosol con-

tained in all airmasses. The Maritime Model describes the aerosol that

* exists in airmasses with a maritime history when the marine aerosol (mostly

sea salt) is superimposed in significant concentrations on the background

aerosol. The Urban model describes aerosol properties when certain types of

urban pollutants are superimposed on the background aerosol. Under certain

conditions, a maritime aerosol may also contain the urban component. In

this case, since the maritime aerosol produces the strongest 8-12 Uim ex-

tinction of the above three aerosol conditions, the Maritime Model takes

precedence over the Urban Model.

This algorithm quantifies the aerosol model selection on the basis of

the history of the airmass expected over the target. The algorithm is based

on a large body of published scientific literature on atmospheric aerosols;

however, certain selection criteria (e.g., the overwater distance for trans-

formation of the continental aerosol into maritime characteristics) are

based on very limited quantities of observational data. Experience by users

and publication of additional scientific data will undoubtedly lead to modi-

fication of at least some of these criteria.

In using the flow charts in Fig. A-1, the basic rule is to always move

downward in each figure. The following are key symbols to aid in interpre-

tation of the charts:

roo iF_ represents the input of datarepresents the entry into one of severalalternate paths through the diagram

A represents a connecting point to some otherpart of the diagram

represents selection of a particular "dry

aerosol" model

5 ~~Mmma- a

II.- '" " - -[" I~ - in. - "- - - - - . . ..-

*1Figure A-IA

a. SQaates ai&mass by origin.

b. Trots the possible transformation of airmasses with a continntal

origin so that their aerosol asames the extinction properties of

a maritime aerosol.

Figure A-IB treats mechanism for removal of the sea-salt aerosol from

maritime airmasses, nmely, sedimentation and washout. When these processes

are effective, the aerosol tends to return to rural-like properties.

Figures A-IC and A-ID treat the problem of determining when the urban

model should be used to describe a polluted rural aerosol.

'

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VISIBILITY EXTINCTION(KM) COEFFICIENT

.1 9.999

.2 5.319

.5 2.264

1.0 1.164

TABLE A-3D. AEROSOL EXTINCTION COEFFICIENT (BAER

FOG MODEL

1

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Department of the Amy 2800 Powder Mill Rd

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DNEN-RDN (Dr. Richard Gomez)20 Massachusetts Ave, N.W. Joint AMC/NMC/AFLC/AFSC Commanders

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Comma nd e r Attn: DRXSY-FJ

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iefetme Mapping SchoolFort Belvoir, VA 22060 (1 cy) NARADCOM

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l gway, UT 84022 (1 cy) Attn: Libraryareminister, PA 18974 (1 cy)

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2.6

LLi

Naval Air Systems Command Naval Sea Systems Command

Attn: Library Code SEA62R1

Washington, DC 20361 (1 cy) Washington, DC 20362 (1 cy)

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*-_________

The Rand Corporation CommandantAttn: Ralph Iluschke U.S. Army Air Defense School1700 Main St. Attn: Library

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Project ManagerREMBASS Commande r/Di rector

Attn: DRCPM-RBS U.S. Army Atmospheric Sciences Lab

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Commande r/Di rec to r

IIq TAC/XPJC U.S. Army Atmospheric Sciences LabAttn: Maj Riess Attn: DELAS-AE-0 (Dr. Lou Duncan)Langley AFG VA 23665 (1 cy) White Sands Missile Range, NM 88002 (1 cy)

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liq USAF/PAC(;FAt t,: Lt Col Roger Christensen Commanderrbe Pentagon U.S. Army Combined Arms CenterWashington, DC 20330 (1 cy) Attn: CACDA-CCA

Fort Leavenworth, KS 66027 (1 cy)

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Commander U.S. Amy MICOMU.S. Army Concepts & Analysis Agency Attn: DRSMI-RGTAttn: CSCA-SMC Redstone Ars-,nat, AL 35809 (1 cy)

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Comma nde r

-" U.S. Army Intelligence Center & School USAF AcademyAtLn: ATSI-CD-CS-SWO Department of Physics (DFP)Fort Huachuca, AZ 85613 (1 cy) Colorado, CO 80840 (1 cy)

U.S. Army MICOM USAF'rAWC/THLAttn: AMSMI-REI Attn: Maj J.l). KtLtrell

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Commander AFGWC/DO

U.S. Tank Automotive Research Offutt AFB HE 68113 1 cy

and Development CommandAttn: Library USAFETAC/DOWarren, MI 48090 (1 cy) Scott AFB IL 62225 1 cy

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Commander, TARADCOH Scott AFB IL 62225 47 cys

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1WW/DN

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