New J.UI1CXX UU-I t/Ctu. kj cuiuai taken from the library. JAN 1 2 1966 · 2017. 11. 29. ·...

kj cuiuai J.UI1CXX UU-I t/Ctu.

Library, N.W. Bldg JAN 1 2 1966

CRPL-F 256 PART B

taken from the library.

FOR OFFICIAL DISTRIBUTION

PART B

SOLAR - GEOPHYSICAL DATA

ISSUED

DECEMBER 1965

U.S. DEPARTMENT OF COMMERCE

ENVIRONMENTAL SCIENCE SERVICES ADMINISTRATION

INSTITUTE FOR TELECOMMUNICATION SCIENCES AND AERONOMY

(FORMERLY CENTRAL RADIO PROPAGATION LABORATORY)

BOULDER, COLORADO

CRPL-F 256

PART B

Issued

HI Dei-. 196

ENVIRONMENT'VI. SCIENCE SERVICES \D MINI SIR A I ION

INSTITUTE FOR TELECOMMUNICATION SCIENCES AND AERONOMY

(FORMERLY CENTRAL RADIO I’KOPACATION LABORATORY)

BOl LDER, COLOR \ DO

SOLAR -GEOPHYSICAL DATA

CONTENTS

(i) Revisions to Descriptive Text

I DAILY SOLAR INDICES

(a) Relative Sunspot Numbers and 2800 Mc/s Solar Flux - October, November 1965

(b) Graph of Sunspot Cycle

II SOLAR CENTERS OF ACTIVITY

(a) Calcium Plage and Sunspot Regions - November 1965

(b) Magnetic Classifications of Sunspots (Mt. Wilson) - November 1965

(c-e) Final Coronal Line Emission Indices - July, August, September 1965

(f) Provisional Coronal Line Emission Indices - October 1965

III SOLAR FLARES

(a-e) Optical Observations - November 1965

(f) Flare Patrol Observations - November 1965

(g-k) Optical Observations - August 1965

(l) Flare Patrol Observations - August 1965

(m) Ionospheric Effects (SWF-SEA-SCNA-SPA-SES-SFD-Bursts) - October 1965

(n) 30 Mc/s - Riometer Events (Great Whale River) - October 1965

IV SOLAR RADIO WAVES

(a-b) 10,700, 2,700, 960, 328 Mc/s Solar Noise Observations

(Pennsylvania State University) - April, May, June 1965

(c) 2800 Mc/s Outstanding Occurrences (ARO-Ottawa; DRAO-Penticton) - November 1965

(d) 223 Mc/s Interferometric Occurrences (Boeing-Seattle) - November 1965

(e) 169 Mc/s Interferometric Occurrences (Nan^ay) - November 1965

(f) 108 Mc/s Outstanding Occurrences (ESSA-Boulder) - November 1965 (g) 107 Mc/s Outstanding Occurrences (Haleakala, Hawaii) - November 1965

(h) 7.6-41 Mc/s Spectral Observations (University of Colorado) - November 1965 (i-m) 9.1 cm Spectroheliograms (Stanford) - November 1965

(n) 21 cm East-West Solar Scans (Fleurs) - November 1965

V COSMIC RAY INDICES

(a) Neutron Monitors (Churchill - Climax - Dallas) - October 1965

(b) Neutron Monitor (Deep River) - October 1965

VI GEOMAGNETIC ACTIVITY INDICES

(a) C, Kp, Ap and Selected Quiet and Disturbed Days - October 1965

(b) Chart of Kp by Solar Rotations - 1965

VII RADIO PROPAGATION QUALITY INDICES

(a) CRPL Quality Figures and Forecasts - North Atlantic and North

Pacific - October 1965

(b) Graphs Comparing Forecasts and Observed Quality - High

Latitude - October 1965

(c-d) Graphs of Useful Frequency Ranges - October 1965

VIII ALERT PERIODS AND SPECIAL WORLD INTERVALS

IQSY Alert Periods - November 1965 (a)

The descriptive text was republished in November 1964. Addenda have been given in the introduction to each of the CRPL-F Part B reports, December 1964 through November 1965.

VII Radio Propagation Quality Indices:

The radio propagation quality figures for the North Pacific Area in Table Vila, beginning with October 1965, are determined by a different method than that used previously.

Observed signal-noise ratios on four North Pacific paths are compared with predicted ratios for undisturbed conditions. The following classifications describe the radio propagation quality with respect to the predicted normal values:

N++

N+

No

N-

N- -

Conditions giving more than 15db above predicted signal-to-noise values

Conditions giving between 5db and lOdb above predicted signal-to-noise values

Conditions within 5db of the predicted signal-to-noise values

Conditions giving between 5db and lOdb below predicted signal-to- noise values

Conditions giving more than 15db below predicted signal-to-noise values

In turn, these letters have been interpreted as follows on the 1-9 CRPL quality figure scale: N++ = ^8, Nf = 7, No = 6,

N- = 5, N-- = =£4.

i

la DAILY SOLAR INDICES

OCT. 1965

American Relative Sunspot Numbers

rA'

1 33 2 39

3 50 4 43

5 37

6 26

7 16 8 5

9 10 10 11

11 11 12 9

13 10 14 2 15 0

16 0

17 0 18 0

19 8 20 12

21 14 22 22 23 20 24 21 25 16

26 11 27 12 28 11 29 11 30 11 31 12

Mean: 15.6

* Corrected for burst

* Rain

NOV. 1965

Zurich Provisional

Relative Sunspot

Numbers

RZ

Daily Values Solar

Flux at 2800 Me,

Ottawa, Canada

Flux

s sA

1 29 78.8 77.6 2 28 79.5 78.2

3 20 81.1 79.8 4 13 79.8 78.4

5 8 78.0 76.7

6 29 80.7 * 79.2 *

7 40 85.2 83.7 8 46 -- --

9 38 82.0 80.4 10 41 84.1 82.4

ll 44 84.2 82 .5 12 21 80.8 79.1

13 14 77.3 75.7 14 16 76.0 74.4 i

15 10 76 .5 74.8 S

16 9 71.4** 69.8**

17 7 74.3 72.6 18 0 75.0 73.3

19 0 73.4 71.6 20 0 72.7 70.9

21 0 72.2 70.5 22 7 71.8 70.0

23 0 71.3 69.5 24 7 71.2 69.3

25 0 70.6 68.8

26 7 71.8 69.9 27 0 74.1 72.1 28 8 77.0 74.9

29 8 73.9 71.9 30 15 75.1 73.0

i

Mean: 15.5 76.5 74.9

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11 a CALCIUM PLAGE AND SUNSPOT REGIONS

NOVEMBER 1965

NOV.

1965

LAT. MCMATH

PLAGE

NUMBER

RETURN

OF

REGION

CALCIUM PLAGE DATA SUNSPOT DATA

CMP VALUES HISTORY AGE (ROTA¬ TIONS)

DATE

FIRST

SEEN

DURA-

TION (DATS)

CMP VALUES HISTORY

AREA INT AREA COUNT

1.2 NO 7 8043 New 300 1.5 H - d 1 10/26 7 20 13 b - d

1.5 S 14 8052(1) New 100 1.0 b - d 1 11/1 1

2.1 N29 8049(1) New (200) (2.0) b - d 1 10/30 1

3.9 NO 2 8053(1) New (100) (1.0) b - d 1 11/1 1

6.9 N18 8058 New (300) (2.5) b \ d 1 s 11/9 2 3

7.1 N17 8054 New 200 1.0 b - d 1 11/2 5

7.3 N29 8051 New (2200) (4.5) 1 A i 1 10/31 14 240 33 l A l

8.2 N32 8055 New (200) (1.0) i - d 1 11/2 2

9.8 N30 8057 New 100 1.0 b - d 1 11/7 3

10.9 S08 8059 New 100 1.5 b - d 1 11/10 3 10 3 b - d

11.0 N26 8056(2) New 1500 3.0 1 A i 1 11/4 14 80 18 b A d

11.3 Nil 8063 (1) New (200) (1-5) b - l 1 11/17 1

14.1 N23 8066(1) New (200) (1.0) b - d 1 11/18 1

16.3 N22 8060 8032 500 1.5 i A d 2 11/10 11

16.4 N04 8067 New (100) (1.5) b - d 1 11/18 2

16.8 S2 7 8068(1) New (100) (1.5) b - d 1 11/18 1

17.4 S28 8064(1) New 100 1.5 b - d 1 11/17 1

18.2 N24 8069 New 200 2.0 b - d 1 11/18 3

18.5 N04 8061(3) New (500) (1.0) l - d 1 11/12 6

19.4 S30 8071 New 100 1.5 b - d 1 11/19 2

22.2 NO 3 8070(1) New (100) (2.0) b - d 1 11/18 1

22.4 N27 8062(4) New 700 2.0 i \_d 1 11/16 12

22.4 N16 8065 (1) New (100) (2.0) b - d 1 11/17 1

24.2 N29 8079 New (300) (2.5) b - l 1 11/30 1

25.4 S17 8072 8034 (800) (2.0) 1 A d 3 11/19 9

26.3 N26 8073 8035 (1000) (2.5) 1 A l 3 11/19 14 (40) (1) b - d

29.8 N40 8077(1) New 100 1.0 b - d 1 11/29 1

30.7 NO 6 8074 New (100) (1.0) b - d 1 11/27 2

(1) These small and ephemeral plages were seen on the disk for only one day.

(2) Region 8056 has formed near the position of Region 8018 of the previous rotation.

(3) Region 8061 may be a return of Region 8044, which was seen briefly for one day near the

West Limb during the previous rotation.

(4) Region 8062 has formed in the position of the ephemeral plage 8046 of the previous rotation.

No calcium plage observations were secured at the McMath-Hulbert Observatory on November 8, 15,

23, 25, 26, 1965.

MT. WILSON MAGNETIC CLASSIFICATIONS OF SUNSPOTS I lb

NOV KM UK Ft 1963

NOV. 1965

TIME MEAS

UT LAT.

MER.

DIST TYPE No.

NOV. 1965

TIME

MEAS. UT

LAT MER.

DIST TYPE No

1 2315 S17 W58 ap 15967 9 No Obs. NO 9 W19 I3P 15969 N33 E70 P 15970 10 2220 N26 W50 pp 15971

N22 W04 ap 15973 2 1555 S17 W68 ap 15967 N24 E08 Pp 15972

NO 9 W29 PY 15969 N33 E61 P 15970 11-12 No Obs.

4 0000 N10 W46 P 15 969 13-18 Storm

4 1800 N10 W57 Pf 15969 19 No Spots N31 E35 Pf 15970“

20-25 Storm 5 No Obs.

26-27 No Spots 6 2205 N27 E04 Y 15971

29 0000 N26 E70 ap 15974 7 1845 N28 W08 PY 15971

N25 E43 PP 15972 29 1750 N2 7 E61 ap 15974

8 1715 N26 W20 Y 15971 30 No Obs. N22 E26 «P 15973

* Not seen November 3, 1965

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INTERVALS OF NO FLARE PATROL OBSERVATIONS mi

u<;i st i<>(>.>

HOUR-UT

I 2 3 4 5 6 7 8 9 10 I I 12 13 14 15 16 17 18 19 20 21 22 23 24

i j K

■

i j

Observatories included:

Abastumani

Arcetri

Arosa

Bakou

Bucharest

Capetown

Capri-F (German)

Capri-S (Swedish)

Catania

Climax

Culgoora

Haleakala

Herstmonceux

Huancayo

Ikomasan

Istanboul

Izmir an

Kandilli

Kanzelhohe

Kharkov

Kiev-Ko

Kodaikanal

Locarno

Lockheed

Lvov

Manila

McMath-Hulbert

Meudon

Mitaka

Monte Mario

Ondrejov

Ottawa

Sacramento Peak

Salonique

Siberie

Tachkent

Tortosa

Ucc le

Voroshilov

Wendelstein

Zurich

Him IONOSPHERIC EFFECTS OF SOLAR FLARES

SHORT WAVE RADIO FADEOUTS SUDDEN COSMIC NOISE ABSORPTION

SUDDEN ENHANCEMENTS OF ATMOSPHERICS

SUDDEN PHASE ANOMALIES

SUDDEN ENHANCEMENTS OF SIGNAL

SUDDEN FREQUENCY DEVIATIONS

SOLAR NOISE BURSTS AT 18 Mc/s

OCTOBER 1965

UNIVERSAL TIME TYPE IMPORTANCE WIOE KNOWN ocr SWF SPREAO STATIONS

FLARE 1965 START END MAX IMP ABS SCNA SEA SPA SES SFD BUR INDEX

01 0338 0440 0356 25 1 MA(NPGl8-25) »

r°i 2026 2Q45D 2028 018 2 R0(WWV10-1.8.WWV15-1.2•

KKF4-0©7*KKE5-0*6)

20 24

-01 2028 2o55 2035 13 1 5 BO MC HA

-01 2028 2100 2033 S 1 + 5 FM AD AN BE BO HU MC TR

WS

-01 2028 2100 2036 61 5 B0(NPM26-61.NSS88-21.

NPGl8-14) BY(NPM26•

NPG18)

-01 2028 2145 2037 2 5 A-5 BO HA A-3

L01 2029 2125 2034 2 1 A -3

r02 0412 0454 0414 S 1 5 MA AD CA OK SY TO CW+ *

-02 0413 0510 0416 80 1 M A(NPG18 —8 0) #

L02 0414 0458 0420 2 5 TY TA *

02 1413 1418 14 1 3D 017 2 B 0(WWV15-1*7*KKE5-1*0*

KKE4-0.7) 1404

r02

1605 E 1608 1605 010 2 B0(WWV10-1.0.KKE5-0.6.

KKE4—0.6*WWV15-0*5) 1602

1-02 1609 1611 1610E 005 1 B0< WWV 1 0-0.5 »\#WV 15-0.2 1

h02 1617 1625 1618 032 2 80{WWV10-3.2 *WWV15-2.2♦ KKE4-2.2.KKE5-1.2)

(-02 1618 1629 1623 7 1 3 BO MC

r 02 1618 1632 1622 S 1 + 5 BE AD RO FM HU MC TR WS

H02 1618 1715 1623 2 2 A-3 A-5

I02 1620 1710 1 + 1 A-3

\-0 2 1625 1627 1 + 3 MC RO

^02 1632 1641 1634 3 1 1 HA

-02 1637 1657D 164 3D 014 2 BO(WWV10-1•4 * WWV15—0.8*

KKE4-0*6»KKE5-0.4)

02 1736 1737 1 5 MC BO HA

02 1742 1744 1 3 MC 80 1748

02 1847 1851 1 5 BO MC HA

02 1906 1908 1 5 MC BO HA

02 1910 191 1 1 5 MC BO HA

02 1913 1914 1 5 MC BO HA

r°3 0430 0450 0432 G 1 5 MA CA OK *

L03 0431 0500 0434 18 1 MA(NPGl8-18) *

r03 1412 1417 1414 001 1 BO(WWV15-0.1,WWV 10-0.11 1417

L03 1412 1435 1415 1 + 1 A-3

03 1918 D 1922 1920 003 2 BO(WWV10-0.3*WWV15-0.2*

KKE5-0#2*KKE4-0.1> 03 2007 2010 2008 002 1 BO(WWV10-0.2*WWV15-0.1) 1956E

04 1613 1619 1614 00 2 1 B0(WWV10-0.2.WWV15-0.1) 1612 04 1716 1720 1718 002 1 BO(WWV15-0.2) 1 716

-04 1 849 E 1905 1855D 022 2 BO(WWV10-2.2♦WWV15-1.0.

KKE5-0.8.KKE4-0.6)

1846

-04 1854 2010 1857 47 5 BO(NPM76-4 7)

HA(WWVL20.WWVB60) [-04 1855 1901 1857 13 1 5 BO MC HA [-04 1855 1903 1858 1- 1 A-3 h04 1855 1907 1857 S 1- 5 MC AD BO FM HU TR WS

04 1858 1938 1900 2 1 A-3 04 2033 2035 2034 004 2 BO(WWV10-0.4♦WWV15-0.2 *

KKE5-0.1.KKE4-0.1)

2032

04 2049 2053 2050 004 2 80(WWV10-0.4.KKE4-0.3*

KKE5-0.2* WWV15-0.2)

2045

04 2347 2350 2348 013 1 BO(WWVH15-1.3) 2346

05 1 753 E 1757 1754E 003 1 BO(WWV10-0.3.WWV15-0.2) 174? 05 2008 2016 2011 003 1 BO(WWV10-0.3*WWV15-0.1 ) 2006 05 2117 2125 2118D 008 2 80(WWV10-0.8.KKE4-0.6.

WWV15—0.2)

2106

07 2220 2222 1 4 HA BO 07 2304 2306 1 1 HA

r08 1602 1624 1605 002 1 BO(WWV15-0.2.WWV10-0.1) 1607 L 08 1603 1607 1 3 MC BO

22 1628 1633 1629 004 2 BO(KKE5-0.4.WWV10-0.4•

WWV15-0.2)

RIOMETER EVENTS 11 In

great whale river

OCTOBER 1965

30 Me/s

OCT. 1965

START

UT

END

UT

MAX

UT

MAX. ABSORP

db, (tenths)

NO.

OF

PEAKS

OCT. 1965

START

UT

END

UT

MAX.

UT

MAX. ABSORP

db, (tenths)

NO.

OF

PEAKS

1 2020 2110 2034 3 1 19 1110 1540 1138 11 1 2 0025 0852 0454 26 4 20 0900 1308 1129 5 1 2 1200 2230 1537 49 6 21 0730 0902 0758 5 1 3 0240 1504 1158 10 3 22 0808 1055 0907 9 3 5 1340 2120 1455 17 2 22 1829 2006 1845 13 5

8 0040 0650 045 7 12 2 23 0220 2034 1427 53 8 8 2130 0750 0441 18 5 23 2348 0924 0027 56 13

10 0324 0842 0434 10 2 24 1126 2200 1417 30 8 11 0353 0442 0412 4 1 25 0030 1507 35 16 12 0020 0650 0324 21 4 26 0510

12 1150 1410 1211 9 1 27 1246 2106 1518 16 4 13 0144 0758 0559 21 6 28 0033 2316 1153 46 8 13 1010 1238 1148 9 1 29 0240 0630 0306 4 2 13 1916 0722 0204 22 4 30 0300 1100 0542 17 6 14 1036 1701 1053 27 1 30 1918 2254 2046 6 1

18 0153 1710 1029 12 6 31 0559 0816 0711 9 2 31 1708 2016 1900 9 3

IVa SOLAR NOISE OBSERVATIONS

APRIL 1965—MAY 1965

PENNSYLVANIA STATE UNIVERSITY 10700, 2700, 960, 32 8 Mc/s

DATE FRE¬

QUENCY TYPE

STARTING TIME

TIME OF MAX

DURA¬ TION

FLUX DENSITY 10-22 wm-2 (C/S)-1

UT UT MINUTES PEAK MEAN

April

11 2700 Simple 2 1447.0 1451.0 4.8 - -

11 2700 Simple 2 1451.8 1453.6 6.2 - -

May

15 10700 S imp le 3 1821.2 1856.6 > 66 4.7 1.7

15 2700 Simple 2 1921.4 1934.9 > 7 1.9 0.8

17 2700 S imp le 2 1506 1507.1 13.5 1.7 0.6

18 10700 Simple 3 1839 1904 45 3 .5 2.5 2700 S imp le 2 1851 1851.5 2.5 1.0 0.3 2 700 Simple 2 1858 1858.5 1.0 1.7 0.7 2700 Simple 2 1902.6 1904.2 2.4 4.2 1.6 2700 P. I. 1905.0 1905.0 29 2.2 0.4

18 314 Simple 1847.0 1847.5 1 0.60* 0.02* 314 Simple 1858.0 1858.5 1 0.53* 0.01*

18 10700 Simple 3 1924 1935 21.5 2.6 1.6

18 10700 S imp le 3 1947 2014 44 14.3 5.6 2 700 Simp le 2 1945 1948 10.3 1.2 0.6 2700 S imp le 2 1957 2001 9 1.8 0.5

314 S imp le 1954.6 1954.7 0.3 0.75* 0.38*

19 2700 Complex 1816.1 1826.1 14.2 20.5 5.8

20 10700 Simple 3 1442 1517 42 3.5 1.7 2700 S imp le 3 1442 1507 42 2.1 1.0

20 10700 S imp le 3 1612 1620 23 3.5 1.7 2700 S imp le 3 1612 1629 24 1.6 0.8

20 2700 S imp le 3 1656 1708 26 2.1 1.1

20 2700 S imp le 3 1736 1753 28 2.2 1.1

20 10700 S imp le 3 2031 2043.5 25 7.5 3.6

21 2700 S imp le 2 1131 1140.5 13.5 6.0 2.8

22 10700 Simple 3 1938.5 2012.5 80 6 .4 2.7 2700 S imp le 3 1940 2028 78 13 .6 2 .8

25 2700 S imp le 2 2241.8 2242.7 2.2 7.3 2.4

26 10700 Simple 3 1220 1360 85 3.5 1.7

26 2700 S imp le 2 2132.6 2133.6 3.9 7.8 3.9

SOLAR NOISE OBSERVATIONS IVb

JUNE 1965

PENNSYLVANIA STATE UNIVERSITY 10700, 2700, 960, .328 Mr/s

FRE- TYPE

STARTING TIME

TIME OF MAX

DURA¬

TION

FLUX DENSITY

10-22wm-2 (C/S)-1 Date QUENCY UT UT MINUTES PEAK MEAN

June

2 10700 Simple 3 1822 1955 186 3.1 1.6 2700 Simple 2 1848.8 1849.1 0.8 1.7 0.7 2700 Simple 2 1851.8 1853.0 1.9 1.0 0.3 2 700 S imp le 2 1921.2 1922.9 3.6 2.9 1.0 2700 Simple 2 2009.0 2010.0 3.8 1.4 0.4

4 10700 S imp le 2 1509.1 1509.7 3.4 3.7 1.8 2700 Simple 2 1455.8 1503 .8 15.0 1.8 1.1

2700 Simple 3 1504.7 1506.4 4.4 3.2 1.6

4 10700 S imp le 3 1824.4 1843.0 135 3.8 1.9 2700 Simple 3 1752.7 - 57.5 1.0 0.5 2700 Simple 3 1911.4 1923.0 36.6 2.3 1.5 2700 Simple 2 2005.2 - 7 2.0 1.4

5 10700 Comp lex 1806.8 1812.9 13.9 156.0 41.0 2700 Complex 1807.3 1812.9 13.2 38.2 8.6

328 Complex 1811.6 1813 .6 8.9 2.32* 0.33*

5 10700 P. I. 1820.7 1820.7 46.5 12.0 7.0 2700 Complex 1820.5 1821.4 5.2 42.2 18.9 2700 P. I. 1825.7 1826.3 39.7 8.3 1.4

328 Complex 1820.5 1823.5 8.0 6 .23* 1.07* 328 P. I. 1828.5 1828.5 26.5 0.33* 0.16*

10 2 700 Rise 2022 2051 7 4.5 7

12 2700 Rise 1755.5 1814.6 7 2.2 7

Since the calibration is uncertain on this receiver the values given for flux measurement are solar flux divided by the flux from the undisturbed sun just prior to the burst.

IVc SOLAR RADIO EMISSION

OUTSTANDING OCCURRENCES

NOVEMBER 1963

ARO-OTTAWA 2800 Mc/s DR AO-PENTICTON 2700 Mc/s

NOV.

1965

U R

A

N

E

DESCRIPTIVE

TYPE

START

UT

DURATION

HRS MIN

MEAN

FLUX

MAXIMUM

REMARKS

TIME FLUX

6 3 Simple 3A 1545 4 25 0.8 Indet. 1.6 1 Simple If 1723.3 2.5 6.5 1724 13.0

3 Simple 3 1800 1 13 0.8 1825 1.6

6 1 Simple 1 2040.7 1 2.1 2041 4.2

7 3 Simple 3 1448 1 02 1.5 1455 3.0

7 3 Simple 3 1715 1 00 1.1 1740 2.2

7 5 Absorption 1825 45 -0.6 1845 -1.2

7 3 Simple 3E 2000 1 10 1.2 Indet. 2.4

10 1 Simple If 1909.5 3.5 6.0 1910.2 16.0 4 Post B.I. 1913 40 0.4 -- 0.8

11 3 Simple 3 1725 42 0.5 1733 1.0

11 3 Simple 3 1420 1 05 0.8 1436 1.6

12 3 Simple 3 2010 1 55 1.0 Indet. 1.6

25 3 Simple 3 1330 3 10 0.8 1430 1.6

SOLAR RADIO EMISSION

IN T E R I E ROM E T RIC O B S E R V A TIO N S

IVd

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BOEING - SEATTLE 22.i Mc/s

NOV

1965 Type of

Event

Start

UT

End

UT

Max

UT

Flux Density at

Time of Maximum 10 “^Wm'2 (CpS) " 1

7 Noise Storm 1700E 2300D

8 High Continuum 1700E 2250D




12 Noise Storm 2120 224 ID

13 Noise Storm 1700E 2145

E = less than

D = greater than

The equipment was down during the following times:

November 8 2250-2300 UT 9 2250-2300

10 2245-2300

11 1700-1746

12 2241-2300

14 1700-2300

15 1700-1850; ; 2250-2300

16 2240-2300

17 2245-2300

18 2230-2300

19 2235-2300

20 2210-2300

21 2200-2300

22 2200-2300

23 2230-2300

24 1700-2130

25 2200-2220

27 2200-2300

29 2125-2300

30 1700-2300

Normal observing hours were from 1700UT to 2300UT.

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NOVKMHKH 1965

kss a mu kdku i<»« m<—

NOV. 1965

TYPE START UT

TIME OF MAXIMUM

UT

DURATION MINUTES

INTENSITY

8 6 1605 2035 450D 1

10 6 1413 150 7 13 7 1

14 3 1440 1440 1.2 2

15 3 1640 1641 2.0 2

NOMINAL I IMI S Ol OILSLKVVI'ION

NOYKMBKR 1965

KSS A 1501 KDKR 108 M« s

NOV. 1965

HOURS OF OBSERVATION

U.T.

HOURS OF INTERFERENCE

U.T.

NOV. 1965

HOURS OF OBSERVATION

U.T.

HOURS OF INTERFERENCE

U.T.

1 1334-2344 16 1351-2328 1351-1830 2 1335-2342 17 1352-2327 1352-1720 3 1336-2341 18 1353-2327 4 1337-2340 19 1355-2326 5 1338-2338 20 1356-2325 1730-1823

6 1340-2337 1733-1820 21 1357-2325 7 1341-2336 22 1358-2324 8 1342-2335 23 1359-2324 9 1343-2334 24 1400-2323

10 1344-2333 25 1401-2323

11 1345-2333 26 1402-2322 12 1346-2332 27 1403-2322 1838-2152 13 1348-2331 1729-1815 28 1404-2321 14 1349-2330 29 1405-2321 15 1350-2329 30 1406-2321

IVg SOLAR RADIO EMISSION


HALEAR VLA

NOVEMBER 1965

107 Mc/s

None Observed

The equipment was down from November 17 0515UT to November 26 0130UT.

Normal observing times for November are approximately 1635UT to 0345UT.


SPECTRAL OBSERVATIONS

IVh

NOVKMBKK 1965

UNIVERSITY OF COLOR AIM) 7.6-41 Mc/s

Date Nov 1965

Bursts

1965

Burs ts

Type Time (U.T.) Inten¬ sity

Frequency Range (Mc/s)

Type Time (U.T.) Inten¬ sity

Frequency Range (Mc/s)

2 Nov III 2008:15-2008:45 i 16-41 12 Nov III 2136:45-2137:15 i- 31-38 4 III 1947:30-1947:45 i 24-41 III 2143:45-2144:15 i 25-41 5 III 1749:30-1749:45 i 30-41 III 2204:30-2204:45 i- 26-34

III 2118-2118:45 2 16-41 III 2206:15-2206:30 i- 33-38 6 III 1723:30-1725 2 25-41 III 2218:30-2219 i- 31-38

7 no observ. 2320-2400 III 2219:45-2220:15 i- 29-41 8 no observ. 1500-1841 III 2237:15-2237:30 i- 21-41

no observ. 2200-2400 III 2241:15-2242 i 18-41 9 no observ. 1500-2400 III 2257-2257:15 i- 21-41

10 no observ. 1500-2037 III 2303:30-2303:45 i- 21-41

11 no observ. 1500-1914 13 continuum bl502-2145 i- 20-41 continuum bl914-2335 1 20-41 hi 2210:30-2211 i- 21-33

12 no observ. 1500-1615 hi 2214:15-2214:30 i- 23-35 hi 1640:45-1641:15 1- 24-41 hi 2232:30-2232:45 i 22-39 hi 1645:15-1645:45 1 22-41 hi 2233:15-2233:45 i+ 23-39

hi 1654-1654:15 1+ 22-41 14 hi 1833-1833:30 i 24-41 hi 1741:45-1742 1- 24-41 17 hi 1549-1552 3 19-41 hi 1747:15-1747:30 1- 24-35 hi 1557-1557:45 1- 24-41 hi 1755:30-1756 1 17-41 hi 1830:45-1831 1- 24-37 hi 1823:45-1824:15 1- 17-39 19 hi 1645:45-1646:15 1- 24-41

hi 1833:45-1834:15 1 22-41 22 hi 1610:30-1610:45 1 20-41 hi 1904-1904:15 1- 22-36 hi 1615:45-1616 1+ 16-41 hi 1905:45-1906:15 1 20-35 hi 1906:45-1907:15 1 21-34 hi 1916:15-1916:30 1- 25-36

hi 1917-1917:30 2 16-41 hi 1919-1919:15 1- 23-35 hi 1925-1925:30 1- 21-41 hi 1935:45-1936 1- 23-34

continuum 1937-2135 1- 21-41

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FLEURS, AUSTRALIA

EAST-WEST SOLAR SCANS OCTOBER - NOVEMBER 1965

I

21 cm

Fan - Beam with 2 minutes of arc

E - W Resolution

w

1965 October 30 0201 UT

1965 November I 0148 UT 1965 November 2 0103 UT 1965 November 3 0152 UT 1965 November 4 0107 UT

1965 November 5 0201 UT 1965 November 6 0230 UT 1965 November 7 0205 UT 1965 November 8 0054 UT

" NO DATA"

1965 November 9 THRU 1965 November 21

V a COSMIC RAY INDICES

(Neutron Monitors)

OCTOBER 1965

OCT „

1965

CHURCHILL CLIMAX DALLAS

OAIIY AVERAGE DAILY AVERACE DAILY AVERAGE

COUNTS PER HOUR COUNTS PER HOUR COUNTS PER HOUR

1 6548.5 3334.4 6437.5 2 6519.8 3321.4 6424.0

3 6511.3 3325.0 6417.6 4 6524.2 3346 .5 6433.3 5 6509.1 3326.2 6407.2

6 6500.3 3329.1 6413.3 7 6494.9 3308.7 6397.3 8 6447.3 3273.0 6345.0 9 6454.1 3292 .2 6365.9

10 6507.5 3306.7 6401.5

11 6519.1 3313.1 6404.9 12 6532.3 3338.3 6432.9 13 6549.1 3351.8 6435.4 14 6549.3 3354.3 6436.0 15 6549.0 3362.0 6439.9

16 6560.7 3371.1 6442.8 17 6589.8 3372.3 6463.0 18 6568.3 3370.2 6462.4 19 6552.1 3346.3 6429.3 20 6587.3 3346.6 6445.9

21 6585.3 3346 .4 6466.0 22 6543.9 3335.9 6455.8 23 6509.3 3338.0 6443.8 24 6515.7 3330.6 6451.8 25 6557.8 3351.0 6474.0

26 6560.4 3346.5 6466.8 27 6553.1 3336.2 6454.5(22) 28 6515.7 3338.7 6450.4 29 6556 .4 3342.4 6459.2 30 6565 .6 3348.5 6472.5

31 6574.0 3349.5 6465.1

( ) Number of hours for which data are available if less than 24.

Churchill Super Neutron Monitor, Scaling Factor 120.

Climax IGC Station B305, Scaling Factor 128.

Dallas Super Neutron Monitor, Scaling Factor 120.

(Pre

ssure

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LTD CD

GEOMAGNETIC ACTIVITY INDICES Via

OCTOBER 1965

October 1965

C Values Kp

Three hour Gr. interval

1 2 3 ^ 5678

1 0 .0 Oo Oo Oo 0+ 0+ 0+ 0+ 1+ 2 1 .0 3+ 4- 3o 2o 2+ 3o 3o 4o

3 0 .0 0+ lo lo lo 0+ 1- 1- 1- 4 0 .0 0+ 1- Oo Oo Oo 0+ Oo Oo

5 0 .5 3- 2- 2o lo 3+ 2- 1- lo

6 0 .0 0+ 1- 0+ Oo 0+ 0+ 1- Oo

7 0 .4 Oo Oo 1- 3- 2o 2+ 2o 2+ 8 0 .9 5- 3o 3o 1+ 3- 1+ 3- 3+

9 0 . 1 2+ 1+ 1+ lo 1- Oo 1- 0+ 10 0 . 1 0+ lo lo 0+ 0+ 0+ 1+ 1-

11 0 .0 1- 0+ 0+ lo 1- lo lo lo 12 0 o • -> 2o 2+ 1+ 2- 1+ 2- 2o 0+ 13 0 .5 2o 3- 2o lo 2- 1+ 3o lo 14 0 .2 2o 3- lo 2+ 1+ lo Oo lo 15 0 .0 1- 1- 0+ 1- Oo Oo 0+ Oo

16 0 .0 Oo Oo 1- 0+ 0+ 0+ 1- 1- 17 0 .0 Oo Oo Oo 1- 1+ 0+ 0+ 1+ 18 0 .4 3o 2- 2o 1+ 2- 0+ 1- Oo 19 0 . 1 Oo 0+ 1+ 2o 2- lo lo 0+ 20 0 . 1 0+ Oo 1- lo Oo Oo lo 1+

21 0 .0 0+ 0+ lo 1- Oo Oo Oo Oo 22 1 1 2o lo 2o 3+ 1+ 4o 4+ 2+ 23 1 .1 2+ 3+ 4- 3+ 4o 3+ 4- 3o 24 0 .9 4- 3+ 2+ 2- 3o 4- 3o 2+ 25 0 .8 3o 3+ 2o 3- 3- 3- 2- 2+

26 0 .3 4o 2- 1+ lo 0o 1- 1- 2o 27 0 .4 1+ lo 1+ 2- 2o 2o 1+ 3- 28 1 .0 4o 3- 1+ 4o 4o 1+ 2+ 2- 29 0 .3 2o 1+ 1- Oo 0+ lo lo 3- 30 0 .5 2o 3- 3o 2+ lo 2- 2+ lo 31 0 .4 2+ 1+ 2- 0+ 1- 2+ 2+ 2o

Mean: 0 .4

Sura Ap Final

Selected

Days

3- 24+

6-

1+ 14o

3- 12 o 22o

8-

5+

6o 13-

15- 11+ 3-

3o 4o

11-

8-

4+

2+ 20+

27- 23o 20+

11+ 13+ 21+

9o 16 o 13 o

2 16

3 1

8

2 6

15 4 3

Five

Quiet

4 6

15 16 21

Five

Disturbed

23 24 28

Ten

Quiet

1

3 4 6

10

15 16 17 20

21

Mean;

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Vila CRPL RADIO PROPAGATION QUALITY FIGURES ANI) FORECASTS

NORTH ATLANTIC, NORTH PACIFIC OCTOBER 1965

ADVANCE

NORTH ATLANTIC NORTH PACIFIC GEOMAGNETIC INDICES

WHULL DAY

FORECASTS 6-HOURLY SHORT -TERM FORECASTS 6 - HOURLY

(Jc- ISSUED ABOUT ONE K FR A FR hi ASI

OCT INDICES

REPORTS) QUALITY FIGURES HOUR IN AOVANCE OF QUALITY FIGURES

1965 FOR

NORTH NORTH AVERAGE WHOLE 00 06 12 18 00 06 12 18 HALF DAY PRE¬ DICTED

HALF DAY

ATLANTIC PACIFIC HIGH

LATITUDE OAY

TO 06

TO

12

TO

18 TO 24

00 06 12 18 TO 06

TO

12

TO 18

TO 24 (1) (2) SERVEO (1) (2)

01 6o 6 6 6 6- 5 + 7- 7 o 6 5 7 7 6 6 5 6 0 1 1 11 0 0 0

02 6o 6 6 5 6 o 5o 7- 7- 5 5 7 5 6 6 6 6 3 3 16 1 1 2 2 8

03 6 + 6 6 5 6 o 6o 7- 7- 4 5 7 6 6 6 6 6 1 1 2 7 1 n 2 04 7- 6 6 6 7- 6- 1- To 6 6 7 7 6 6 6 6 0 0 0 7 0 0 n

05 6 + 6 6 6 6 + 6- 1 o 7- 6 5 6 7 6 5 5 6 2 2 9 11 1 2 3

06 6 + 6 6 6 6 + 6- 7- 7- 6 5 7 7 6 6 6 6 0 1 1 1 1 0 0 0

07 7- 6 6 6 7- 6- 7- 7 o 6 6 6 6 6 6 6 6 1 3 8 4 0 2 4 08 7- 6 6 6 6 o 6 o 7 o 7 o 5 5 6 7 6 6 6 5 3 2 14 “5 2 2 7

09 6 + 6 6 6 6o 6 — 7o 7- 6 6 7 7 6 6 6 6 1 1 3 7 1 0 2 10 6 + 6 6 6 7- 6- 7- 7 o 6 6 7 7 6 6 6 6 1 1 2 5 0 0 2

11 6 + 6 6 6 6 + 6- 7- 7- 7 6 7 7 6 6 6 6 1 1 3 11 1 1 2 12 7- 6 6 5 6o 6o 7o 7 o 6 5 7 7 6 6 6 6 2 1 5 19 2 1 S

13 7- 6 6 5 7- 6o 7- 7 o 6 6 7 7 6 6 6 6 3 2 8 25 2 1 6 14 7- 6 6 6 7- 6 o 7- 7 + 7 6 7 7 6 6 6 6 2 1 4 13 2 1 5

15 7- 6 6 6 7- 6o 7- 7 o 7 6 7 7 6 6 6 6 0 0 0 11 0 0 n

16 7- 6 6 6 6o 6o 7 o 7 o 7 6 7 7 6 6 6 6 0 1 2 1 1 0 1 l 17 6 + 6 6 7 6- 6o 7 o 7 o 6 6 7 7 6 6 6 5 0 1 2 5 0 0 i 10 7- 6 6 7 6 + 6 + 7 o 7- 7 6 7 7 6 6 6 6 3 1 7 5 2 1 6

19 7- 6 6 7 6 o 6 + 7- 7 o 7 6 7 7 6 6 6 6 1 1 4 5 1 1 2 20 6 + 6 6 7 6 o 6- 7 o 7- 6 6 7 7 6 6 6 6 1 1 2 7 0 0 1

21 7- 6 6 7 6 + 6 + 7- 7 o 6 6 7 7 6 6 6 6 1 0 2 JL 1 0 2 22 6 + 6 6 7 6 + 5 + 7- 7- 6 6 6 7 6 6 6 6 2 3 13 7 2 2 10 23 6 + 5 6 6 6 o 6- 7o 6o 6 5 6 6 6 5 5 5 3 3 16 7 2 2 11 24 6 + 5 6 5 6- 6- 7- 7- 5 5 7 7 6 5 5 6 3 2 12 17 3 2 10

25 6o 5 6 5 5 + 5 + 7- 7o 6 5 7 7 6 5 5 6 2 2 8 21 2 2 q

26 6 + 6 6 6 6- 6- 7- 7o 6 6 7 7 6 6 6 6 2 1 6 11 2 0 3

27 7- 6 6 6 6 + 6o 7- 7- 6 6 7 7 6 6 6 6 1 2 5 5 0 2 3

28 7- 5 6 6 6 + 6 o 7- 7o 6 6 7 7 6 5 5 6 3 2 11 7 2 2 23 29 6 + 5 6 6 6- 6- 7- 7- 6 5 7 7 6 5 5 6 1 1 3 11 0 1 2 30 6 + 6 6 6 6 + 6- 7- 7- 6 6 7 7 6 7 6 6 3 2 9 6 2 1 7

31 6 + 6 6 7 6 + 6- 7- 7- 6 6 7 7 6 6 6 6 1 2 6 3 1 1 4

QUIET P 18 18 22 26 28

S 13 12 9 5 2

U 0 0 0 0 1 F 0 1 0 0 0

DISTURBED P 0 0 0 0 0

S 0 0 0 0 0

U 0 0 0 0 0 F 0 0 0 0 0

1) THE ADVANCE Jc-FORECASTS ARE SCORED AGAINST THE AVERAGE HIGH

LATITUDE WHOLE-DAY INDICES.

2) THE PREDICTED Afr INDICES ARE ISSUED EACH WEDNESDAY FOR THE

COMING SEVEN DAYS. THE VALUE FOR THE FIRST DAY OF EACH PREDICTION

PERIOD IS UNDERSCORED.

QU

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QU

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ITY

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CRPL RADIO PROPAGATION QUALITY FIGURES AND FORECASTS v/ih

NOKT1I VTI.ANTIC

IK TOIII II 1')(>.■>

— Short - term forecast I Range of reports

o Quality figure nflY

HIGH LATITUDE

K- QUIET

ACTUAL

COMPARISON (SEE TEXT)

0 10 20 31

Vile USEFUL FREQUENCY RANGES ~ NORTH ATLANTIC PATH

OCTOUIIi 19(>5

C^UT 3 6 9 12 15 18 21 24 0*111 3 6 9 12 15 18 21 24

USEFUL FREQUENCY RANGES -- NORTH ATLANTIC RATH VI Id

OCTOlil l( I'M,.-)

Villa IOSY ALERT PERIODS

INTERNATIONAL UKSIGRAM AND WORLD DAYS SERVICE

NOVEMBER 1965

NOV.

1965

TIME

OF ISSUE

UT

ADVANCE GEOPHYSICAL ALERT

WORLDWIDE GEOPHYSICAL ALERT

NO TYPE TIMING ELABORATION

i 0400 269 Strat Warming * Exists Antarctica

2 0400 270 Strat Warming Exists Antarctica

3 0400 271 Strat Warming Exists Antarctica

4 0400 272 Strat Warming Exists Warm center near South Pole

5 0400 273 Strat Warming Ends Spreading over Antarctica

6 1955 Burbank, Solar Flare 06/1729Z

8 0400 274 Solar Activity Exists Flares

9 0400 275 Solar Activity Exists Gamma sunspot

10 0400 276 Solar Activity Exists



17 0400 279 Magnetic Calm Exists

21 0400 280 Solar Calm Exists




* Strat = Stratospheric

New J.UI1CXX UU-I t/Ctu. kj cuiuai taken from the library. JAN 1 2 1966 · 2017. 11. 29. ·...

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Transcript of New J.UI1CXX UU-I t/Ctu. kj cuiuai taken from the library. JAN 1 2 1966 · 2017. 11. 29. ·...