Table 4. Open in new tab Parameters...

	\|$V_{\rm T}{}^{*}$\|	d*	P	\|$\dot{P}_{\rm m}$\|	\|$\dot{P}_{\rm s}$\|	\|$\dot{P}_{\rm s}/\dot{P}_{\rm m}$\|	τ_m	\|$\tau _{\rm i}{}^{\dagger }$\|	\|$\tau _{\rm p}{}^{\dagger }$\|
B0031−07	77.00^b	1.26^b	0.942951403386(6)	0.4070(4)	4.79323268066(3)	0.12	36.73(4)	36.78(4)	36.6243(6)
B0136+57	319.0^b	2.65^b	0.272459130582(2)	10.7010(2)	11.30225636215(7)	0.01	0.40368(1)	0.40373(1)	0.403268(5)
B0148−06	261.0^c	4.60^c	1.46466489529(2)	0.437(2)	23.4309420922(4)	0.53	53.1(2)	53.4(2)	52.469(6)
B0154+61	383.7^c	1.80^c	2.35188677732(3)	189.038(3)	207.804907222(2)	0.01	0.197256(3)	0.197278(3)	0.1973619(5)
B0450+55	317.0^b	1.19^b	0.340731115855(1)	2.39977(5)	31.0821925829(1)	0.13	2.25115(5)	2.25407(5)	2.27724(7)
B0611+22	21.00^c	3.55^c	0.33500477221(4)	59.05(4)	0.044956192797(5)	0	0.08995(7)	0.08995(7)	0.089332(2)
B0626+24	84.00^c	3.00^c	0.476624376878(2)	1.9944(2)	1.210993642508(6)	0.01	3.7890(4)	3.7892(4)	3.78649(6)
B0727−18	179.9^c	2.04^c	0.510174601578(7)	18.9659(6)	8.7433773083(1)	0	0.42649(1)	0.42651(1)	0.426675(4)
B0809+74	102.0^a	0.43^a	1.292241576368(5)	0.1679(3)	33.7756638012(1)	2.01	122.1(2)	124.6(2)	121.87(1)
B0820+02	47.80^c	2.66^c	0.864872887877(9)	0.1014(9)	0.802517912658(8)	0.08	135.2(12)	135.3(12)	131.157(8)
B1530+27	144.0^c	1.60^c	1.12483633563(1)	0.778(1)	15.7478994453(2)	0.2	22.93(4)	22.98(4)	22.877(2)
B1540−06	247.4^c	3.11^c	0.709064757447(1)	0.8793(1)	15.07485676089(3)	0.17	12.785(2)	12.807(2)	12.7818(6)
B1541+09	277.0^b	7.20^b	0.74844877682(2)	0.439(3)	8.6162327085(2)	0.2	27.02(17)	27.07(17)	27.438(3)
B1642−03	386.4^c	3.97^c	0.387691475966(5)	1.7791(2)	15.7506425803(2)	0.09	3.4550(4)	3.4581(4)	3.45241(3)
B2154+40	264.0^b	3.40^b	1.52526824294(1)	3.4342(7)	33.7756301241(3)	0.1	7.042(1)	7.049(1)	7.0452(1)
B2351+61	268.0^c	2.42^c	0.944796588832(3)	16.2657(3)	30.2915037893(1)	0.02	0.92094(2)	0.92111(2)	0.921087(5)

|$V_{\rm T}{}^{*}$|

|$\dot{P}_{\rm m}$|

|$\dot{P}_{\rm s}$|

|$\dot{P}_{\rm s}/\dot{P}_{\rm m}$|

τ_m

|$\tau _{\rm i}{}^{\dagger }$|

|$\tau _{\rm p}{}^{\dagger }$|

Name

(km s⁻¹)

(kpc)

(s)

(10⁻¹⁵ s s⁻¹)

(10⁻¹⁹ s s⁻¹)

(%)

(Myr)

B0031−07

77.00^b

1.26^b

0.942951403386(6)

0.4070(4)

4.79323268066(3)

0.12

36.73(4)

36.78(4)

36.6243(6)

B0136+57

319.0^b

2.65^b

0.272459130582(2)

10.7010(2)

11.30225636215(7)

0.01

0.40368(1)

0.40373(1)

0.403268(5)

B0148−06

261.0^c

4.60^c

1.46466489529(2)

0.437(2)

23.4309420922(4)

0.53

53.1(2)

53.4(2)

52.469(6)

B0154+61

383.7^c

1.80^c

2.35188677732(3)

189.038(3)

207.804907222(2)

0.01

0.197256(3)

0.197278(3)

0.1973619(5)

B0450+55

317.0^b

1.19^b

0.340731115855(1)

2.39977(5)

31.0821925829(1)

0.13

2.25115(5)

2.25407(5)

2.27724(7)

B0611+22

21.00^c

3.55^c

0.33500477221(4)

59.05(4)

0.044956192797(5)

0.08995(7)

0.089332(2)

B0626+24

84.00^c

3.00^c

0.476624376878(2)

1.9944(2)

1.210993642508(6)

0.01

3.7890(4)

3.7892(4)

3.78649(6)

B0727−18

179.9^c

2.04^c

0.510174601578(7)

18.9659(6)

8.7433773083(1)

0.42649(1)

0.42651(1)

0.426675(4)

B0809+74

102.0^a

0.43^a

1.292241576368(5)

0.1679(3)

33.7756638012(1)

2.01

122.1(2)

124.6(2)

121.87(1)

B0820+02

47.80^c

2.66^c

0.864872887877(9)

0.1014(9)

0.802517912658(8)

0.08

135.2(12)

135.3(12)

131.157(8)

B1530+27

144.0^c

1.60^c

1.12483633563(1)

0.778(1)

15.7478994453(2)

0.2

22.93(4)

22.98(4)

22.877(2)

B1540−06

247.4^c

3.11^c

0.709064757447(1)

0.8793(1)

15.07485676089(3)

0.17

12.785(2)

12.807(2)

12.7818(6)

B1541+09

277.0^b

7.20^b

0.74844877682(2)

0.439(3)

8.6162327085(2)

0.2

27.02(17)

27.07(17)

27.438(3)

B1642−03

386.4^c

3.97^c

0.387691475966(5)

1.7791(2)

15.7506425803(2)

0.09

3.4550(4)

3.4581(4)

3.45241(3)

B2154+40

264.0^b

3.40^b

1.52526824294(1)

3.4342(7)

33.7756301241(3)

0.1

7.042(1)

7.049(1)

7.0452(1)

B2351+61

268.0^c

2.42^c

0.944796588832(3)

16.2657(3)

30.2915037893(1)

0.02

0.92094(2)

0.92111(2)

0.921087(5)

	\|$V_{\rm T}{}^{*}$\|	d*	P	\|$\dot{P}_{\rm m}$\|	\|$\dot{P}_{\rm s}$\|	\|$\dot{P}_{\rm s}/\dot{P}_{\rm m}$\|	τ_m	\|$\tau _{\rm i}{}^{\dagger }$\|	\|$\tau _{\rm p}{}^{\dagger }$\|
B0031−07	77.00^b	1.26^b	0.942951403386(6)	0.4070(4)	4.79323268066(3)	0.12	36.73(4)	36.78(4)	36.6243(6)
B0136+57	319.0^b	2.65^b	0.272459130582(2)	10.7010(2)	11.30225636215(7)	0.01	0.40368(1)	0.40373(1)	0.403268(5)
B0148−06	261.0^c	4.60^c	1.46466489529(2)	0.437(2)	23.4309420922(4)	0.53	53.1(2)	53.4(2)	52.469(6)
B0154+61	383.7^c	1.80^c	2.35188677732(3)	189.038(3)	207.804907222(2)	0.01	0.197256(3)	0.197278(3)	0.1973619(5)
B0450+55	317.0^b	1.19^b	0.340731115855(1)	2.39977(5)	31.0821925829(1)	0.13	2.25115(5)	2.25407(5)	2.27724(7)
B0611+22	21.00^c	3.55^c	0.33500477221(4)	59.05(4)	0.044956192797(5)	0	0.08995(7)	0.08995(7)	0.089332(2)
B0626+24	84.00^c	3.00^c	0.476624376878(2)	1.9944(2)	1.210993642508(6)	0.01	3.7890(4)	3.7892(4)	3.78649(6)
B0727−18	179.9^c	2.04^c	0.510174601578(7)	18.9659(6)	8.7433773083(1)	0	0.42649(1)	0.42651(1)	0.426675(4)
B0809+74	102.0^a	0.43^a	1.292241576368(5)	0.1679(3)	33.7756638012(1)	2.01	122.1(2)	124.6(2)	121.87(1)
B0820+02	47.80^c	2.66^c	0.864872887877(9)	0.1014(9)	0.802517912658(8)	0.08	135.2(12)	135.3(12)	131.157(8)
B1530+27	144.0^c	1.60^c	1.12483633563(1)	0.778(1)	15.7478994453(2)	0.2	22.93(4)	22.98(4)	22.877(2)
B1540−06	247.4^c	3.11^c	0.709064757447(1)	0.8793(1)	15.07485676089(3)	0.17	12.785(2)	12.807(2)	12.7818(6)
B1541+09	277.0^b	7.20^b	0.74844877682(2)	0.439(3)	8.6162327085(2)	0.2	27.02(17)	27.07(17)	27.438(3)
B1642−03	386.4^c	3.97^c	0.387691475966(5)	1.7791(2)	15.7506425803(2)	0.09	3.4550(4)	3.4581(4)	3.45241(3)
B2154+40	264.0^b	3.40^b	1.52526824294(1)	3.4342(7)	33.7756301241(3)	0.1	7.042(1)	7.049(1)	7.0452(1)
B2351+61	268.0^c	2.42^c	0.944796588832(3)	16.2657(3)	30.2915037893(1)	0.02	0.92094(2)	0.92111(2)	0.921087(5)

Table 4.

Open in new tab

Parameters relative to the Shklovsky effect and newly calculated characteristic ages of 16 pulsars.

	\|$V_{\rm T}{}^{*}$\|	d*	P	\|$\dot{P}_{\rm m}$\|	\|$\dot{P}_{\rm s}$\|	\|$\dot{P}_{\rm s}/\dot{P}_{\rm m}$\|	τ_m	\|$\tau _{\rm i}{}^{\dagger }$\|	\|$\tau _{\rm p}{}^{\dagger }$\|
Name	(km s⁻¹)	(kpc)	(s)	(10⁻¹⁵ s s⁻¹)	(10⁻¹⁹ s s⁻¹)	(%)	(Myr)	(Myr)	(Myr)
B0031−07	77.00^b	1.26^b	0.942951403386(6)	0.4070(4)	4.79323268066(3)	0.12	36.73(4)	36.78(4)	36.6243(6)
B0136+57	319.0^b	2.65^b	0.272459130582(2)	10.7010(2)	11.30225636215(7)	0.01	0.40368(1)	0.40373(1)	0.403268(5)
B0148−06	261.0^c	4.60^c	1.46466489529(2)	0.437(2)	23.4309420922(4)	0.53	53.1(2)	53.4(2)	52.469(6)
B0154+61	383.7^c	1.80^c	2.35188677732(3)	189.038(3)	207.804907222(2)	0.01	0.197256(3)	0.197278(3)	0.1973619(5)
B0450+55	317.0^b	1.19^b	0.340731115855(1)	2.39977(5)	31.0821925829(1)	0.13	2.25115(5)	2.25407(5)	2.27724(7)
B0611+22	21.00^c	3.55^c	0.33500477221(4)	59.05(4)	0.044956192797(5)	0	0.08995(7)	0.08995(7)	0.089332(2)
B0626+24	84.00^c	3.00^c	0.476624376878(2)	1.9944(2)	1.210993642508(6)	0.01	3.7890(4)	3.7892(4)	3.78649(6)
B0727−18	179.9^c	2.04^c	0.510174601578(7)	18.9659(6)	8.7433773083(1)	0	0.42649(1)	0.42651(1)	0.426675(4)
B0809+74	102.0^a	0.43^a	1.292241576368(5)	0.1679(3)	33.7756638012(1)	2.01	122.1(2)	124.6(2)	121.87(1)
B0820+02	47.80^c	2.66^c	0.864872887877(9)	0.1014(9)	0.802517912658(8)	0.08	135.2(12)	135.3(12)	131.157(8)
B1530+27	144.0^c	1.60^c	1.12483633563(1)	0.778(1)	15.7478994453(2)	0.2	22.93(4)	22.98(4)	22.877(2)
B1540−06	247.4^c	3.11^c	0.709064757447(1)	0.8793(1)	15.07485676089(3)	0.17	12.785(2)	12.807(2)	12.7818(6)
B1541+09	277.0^b	7.20^b	0.74844877682(2)	0.439(3)	8.6162327085(2)	0.2	27.02(17)	27.07(17)	27.438(3)
B1642−03	386.4^c	3.97^c	0.387691475966(5)	1.7791(2)	15.7506425803(2)	0.09	3.4550(4)	3.4581(4)	3.45241(3)
B2154+40	264.0^b	3.40^b	1.52526824294(1)	3.4342(7)	33.7756301241(3)	0.1	7.042(1)	7.049(1)	7.0452(1)
B2351+61	268.0^c	2.42^c	0.944796588832(3)	16.2657(3)	30.2915037893(1)	0.02	0.92094(2)	0.92111(2)	0.921087(5)

	\|$V_{\rm T}{}^{*}$\|	d*	P	\|$\dot{P}_{\rm m}$\|	\|$\dot{P}_{\rm s}$\|	\|$\dot{P}_{\rm s}/\dot{P}_{\rm m}$\|	τ_m	\|$\tau _{\rm i}{}^{\dagger }$\|	\|$\tau _{\rm p}{}^{\dagger }$\|
Name	(km s⁻¹)	(kpc)	(s)	(10⁻¹⁵ s s⁻¹)	(10⁻¹⁹ s s⁻¹)	(%)	(Myr)	(Myr)	(Myr)
B0031−07	77.00^b	1.26^b	0.942951403386(6)	0.4070(4)	4.79323268066(3)	0.12	36.73(4)	36.78(4)	36.6243(6)
B0136+57	319.0^b	2.65^b	0.272459130582(2)	10.7010(2)	11.30225636215(7)	0.01	0.40368(1)	0.40373(1)	0.403268(5)
B0148−06	261.0^c	4.60^c	1.46466489529(2)	0.437(2)	23.4309420922(4)	0.53	53.1(2)	53.4(2)	52.469(6)
B0154+61	383.7^c	1.80^c	2.35188677732(3)	189.038(3)	207.804907222(2)	0.01	0.197256(3)	0.197278(3)	0.1973619(5)
B0450+55	317.0^b	1.19^b	0.340731115855(1)	2.39977(5)	31.0821925829(1)	0.13	2.25115(5)	2.25407(5)	2.27724(7)
B0611+22	21.00^c	3.55^c	0.33500477221(4)	59.05(4)	0.044956192797(5)	0	0.08995(7)	0.08995(7)	0.089332(2)
B0626+24	84.00^c	3.00^c	0.476624376878(2)	1.9944(2)	1.210993642508(6)	0.01	3.7890(4)	3.7892(4)	3.78649(6)
B0727−18	179.9^c	2.04^c	0.510174601578(7)	18.9659(6)	8.7433773083(1)	0	0.42649(1)	0.42651(1)	0.426675(4)
B0809+74	102.0^a	0.43^a	1.292241576368(5)	0.1679(3)	33.7756638012(1)	2.01	122.1(2)	124.6(2)	121.87(1)
B0820+02	47.80^c	2.66^c	0.864872887877(9)	0.1014(9)	0.802517912658(8)	0.08	135.2(12)	135.3(12)	131.157(8)
B1530+27	144.0^c	1.60^c	1.12483633563(1)	0.778(1)	15.7478994453(2)	0.2	22.93(4)	22.98(4)	22.877(2)
B1540−06	247.4^c	3.11^c	0.709064757447(1)	0.8793(1)	15.07485676089(3)	0.17	12.785(2)	12.807(2)	12.7818(6)
B1541+09	277.0^b	7.20^b	0.74844877682(2)	0.439(3)	8.6162327085(2)	0.2	27.02(17)	27.07(17)	27.438(3)
B1642−03	386.4^c	3.97^c	0.387691475966(5)	1.7791(2)	15.7506425803(2)	0.09	3.4550(4)	3.4581(4)	3.45241(3)
B2154+40	264.0^b	3.40^b	1.52526824294(1)	3.4342(7)	33.7756301241(3)	0.1	7.042(1)	7.049(1)	7.0452(1)
B2351+61	268.0^c	2.42^c	0.944796588832(3)	16.2657(3)	30.2915037893(1)	0.02	0.92094(2)	0.92111(2)	0.921087(5)

*References: a. Brisken et al. (2002); b. Chatterjee et al. (2009); c. Deller et al. (2019).

^†τ_i is the intrinsic age with the Shklovsky effect subtracted. τ_p is calculated based on previous rotation solutions in Hobbs et al. (2004).

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