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Please use this CITATION:
C. Patrignani et al. (Particle Data Group), Chin. Phys. C, 40, 100001 (2016).

Figures are in EPS format.

Contents

Figures found in the following sections:

Introduction   Reviews, Tables and Plots   Gauge and Higgs Bosons   Lepton   Quark   Meson   Baryon   Searches

Figures from the Introduction:
History Plots				Fig. 2

Figures found in the Section on Reviews, Tables, and Plots:

Electromagnetic relations				Fig. 7.1
Quantum chromodynamics				Fig. 9.1(t)	Fig. 9.1(b)	Fig. 9.2	Fig. 9.3
Electroweak model and constraints on new physics				Fig. 10.1	Fig. 10.2	Fig. 10.3	Fig. 10.4
				Fig. 10.5	Fig. 10.6
Higgs Boson Physics, Status of				Fig. 11.1	Fig. 11.2(L)	Fig. 11.2(R)	Fig. 11.3(L)
				Fig. 11.3(R)	Fig. 11.4	Fig. 11.5(L)	Fig. 11.5(R)
				Fig. 11.6(L)	Fig. 11.6(C)	Fig. 11.6(R)	Fig. 11.7(L)
				Fig. 11.7(R)	Fig. 11.8	Fig. 11.9	Fig. 11.10
				Fig. 11.11	Fig. 11.12	Fig. 11.13	Fig. 11.14
				Fig. 11.15(L)	Fig. 11.15(R)	Fig. 11.16(L)	Fig. 11.16(R)
				Fig. 11.17(L)	Fig. 11.17(R)	Fig. 11.18	Fig. 11.19
				Fig. 11.20	Fig. 11.21	Fig. 11.22(L)	Fig. 11.22(R)
				Fig. 11.23	Fig. 11.24	Fig. 11.25(L)	Fig. 11.25(R)
CKM quark-mixing matrix				Fig. 12.1	Fig. 12.2
CP violation in the quark sector				Fig. 13.1	Fig. 13.2	Fig. 13.3
Neutrino mass, mixing, and oscillations				Fig. 14.1	Fig. 14.2	Fig. 14.3	Fig. 14.4
				Fig. 14.5	Fig. 14.6	Fig. 14.7	Fig. 14.8
				Fig. 14.9	Fig. 14.10	Fig. 14.11	Fig. 14.12
				Fig. 14.13	Fig. 14.14	Fig. 14.15	Fig. 14.16
Quark model				Fig. 15.1	Fig. 15.2	Fig. 15.3	Fig. 15.4
				Fig. 15.5	Fig. 15.6	Fig. 15.7	Fig. 15.8
				Fig. 15.9	Fig. 15.10	Fig. 15.11
Grand Unified Theories				Fig. 16.1(T)	Fig. 16.1(B)
Lattice Quantum Chromodynamics				Fig. 18.1
Structure functions				Fig. 19.1	Fig. 19.2	Fig. 19.3	Fig. 19.4
				Fig. 19.5	Fig. 19.6	Fig. 19.7
Structure functions -- additional figures				Fig. 19.8	Fig. 19.9	Fig. 19.10	Fig. 19.11
				Fig. 19.12	Fig. 19.13	Fig. 19.14	Fig. 19.15
Fragmentation functions in e+ e-, ep, and pp collisions				Fig. 20.1	Fig. 20.2a	Fig. 20.2b	Fig. 20.3a
				Fig. 20.3b	Fig. 20.4	Fig. 20.5	Fig. 20.6
				Fig. 20.7	Fig. 20.8	Fig. 20.9a	Fig. 20.9b
				Fig. 20.10	Fig. 20.11a	Fig. 20.11b
Experimental tests of gravitational theory				Fig. 21.1
Big-Bang Cosmology				Fig. 22.1	Fig. 22.2	Fig. 22.3	Fig. 22.4
				Fig. 22.5
Inflation				Fig. 23.1	Fig. 23.2	Fig. 23.3	Fig. 23.4
Big-Bang nucleosynthesis				Fig. 24.1
Dark Matter				Fig. 26.1	Fig. 26.2
Dark Energy				Fig. 27.1	Fig. 27.2	Fig. 27.3
Cosmic microwave background				Fig. 28.1	Fig. 28.2	Fig. 28.3	Fig. 28.4
				Fig. 28.5
Cosmic rays				Fig. 29.1	Fig. 29.2	Fig. 29.3	Fig. 29.4
				Fig. 29.5	Fig. 29.6	Fig. 29.7	Fig. 29.8
				Fig. 29.9	Fig. 29.10
Passage of particles through matter				Fig. 33.1	Fig. 33.2	Fig. 33.3	Fig. 33.4
				Fig. 33.5	Fig. 33.6	Fig. 33.7	Fig. 33.8
				Fig. 33.9	Fig. 33.10	Fig. 33.11	Fig. 33.12
				Fig. 33.13	Fig. 33.14	Fig. 33.15	Fig. 33.16
				Fig. 33.17	Fig. 33.18	Fig. 33.19	Fig. 33.20
				Fig. 33.21	Fig. 33.22	Fig. 33.23	Fig. 33.24
				Fig. 33.25	Fig. 33.26	Fig. 33.27
Particle detectors at accelerators				Fig. 34.1	Fig. 34.2	Fig. 34.3	Fig. 34.4
				Fig. 34.5	Fig. 34.6	Fig. 34.7	Fig. 34.8
				Fig. 34.9	Fig. 34.10	Fig. 34.11	Fig. 34.12
				Fig. 34.13	Fig. 34.14	Fig. 34.15	Fig. 34.16
				Fig. 34.17	Fig. 34.18	Fig. 34.19	Fig. 34.20
				Fig. 34.21	Fig. 34.22	Fig. 34.23	Fig. 34.24
				Fig. 34.25	Fig. 34.26	Fig. 34.27
Particle detectors for non-accelerator physics				Fig. 35.1	Fig. 35.2	Fig. 35.3	Fig. 35.4
				Fig. 35.5(L)	Fig. 35.5(R)	Fig. 35.6	Fig. 35.7
				Fig. 35.8	Fig. 35.9
Radioactivity and radiation protection				Fig. 36.1	Fig. 36.2	Fig. 36.3	Fig. 36.4
				Fig. 36.5	Fig. 36.6
Statistics				Fig. 39.1	Fig. 39.2	Fig. 39.3	Fig. 39.4
				Fig. 39.5
Monte Carlo techniques				Fig. 40.1	Fig. 40.2
Monte Carlo event generators				Eq. 41.9	Fig. 41.1	Fig. 41.2
Clebsch-Gordan Coefficints, spherical harmonics, and d functions				Fig. 44.1
Kinematics				Fig. 47.1	Fig. 47.2	Fig. 47.3	Fig. 47.4
				Fig. 47.5	Fig. 47.6	Fig. 47.7	Fig. 47.8
				Fig. 47.9
Resonances				Fig. 48.1	Fig. 48.2
Neutrino cross section measurements				Fig. 50.1	Fig. 50.2	Fig. 50.3	Fig. 50.4
Plots of cross sections and related quantities				Fig. 51.1	Fig. 51.2	Fig. 51.3	Fig. 51.4
				Fig. 51.5	Fig. 51.6	Fig. 51.7	Fig. 51.8
				Fig. 51.9	Fig. 51.10	Fig. 51.11	Fig. 51.12
				Fig. 51.13

Figures from the Reviews in the Gauge and Higgs Boson Listings:
The Mass and Width of the W Boson	Fig. 1	Fig. 2
W'-Boson Searches	Fig. 1	Fig. 2(L)	Fig. 2(R)
Z'-Boson Searches	Fig. 1	Fig. 2
Axions and other similar particles	Fig. 1	Fig. 2	Fig. 3
Figures from the Reviews in the Lepton Listings:
Muon Anomalous Magnetic Moment	Fig. 1a	Fig. 1b	Fig. 1c	Fig. 1d
	Fig. 2
tau Branching Fractions	Fig. 1	Fig. 2	Fig. 3(T)	Fig. 3(B)
Neutrinoless Double-beta Decay	Fig. 1
Figures from the Reviews in the Quark Listings:
Quark Masses	Fig. 1	Fig. 2	Fig. 3
Top Quark	Fig. 1	Fig. 2
Figures from the Reviews in the Meson Listings:
Form factors for radiative pion and kaon decays	Fig. 1
Note on scalar mesons below 2 GeV	Fig. 1	Fig. 2
The Charged Kaon Mass	Fig. 1
Rare Kaon Decays	Fig. 1
CPT Invariance Tests in Neutral Kaon Decay	Fig. 1
Vud, Vus, the Cabibbo angle and CKM unitarity	Fig. 1
CP-Violation in KL Decays	Fig. 1	Fig. 2	Fig. 3
D0--Dbar0 Mixing	Fig. 1	Fig. 2
Ds+ Branching Fractions	Fig. 1
Leptonic Decays of Charged Pseudoscalar Mesons	Fig. 1
Polarization is B Decays	Fig. 1
B0--Bbar0 Mixing	Fig. 1a	Fig. 1b	Fig. 2	Fig. 3
Semileptonic bottom hadron decays and determination of Vcb and Vub	Fig. 1	Fig. 2
Spectroscopy of mesons containing two heavy quarks	Fig. 1	Fig. 2	Fig. 3	Fig. 4
	Fig. 5
The Charmonium System	Fig. 1
The Bottomonium System	Fig. 1
Figures from the Reviews in the Baryon Listings:
N and Delta resonances	Fig. 1(L)	Fig. 1(R)	Fig. 2(T)	Fig. 2(M)
	Fig. 2(B)	Fig. 3(T)	Fig. 3(B)
Baryon Magnetic Moments	Fig. 1
Lambda and Sigma Resonances	Fig. 1
Charmed Baryons	Fig. 1	Fig. 2	Fig. 3
Pentaquarks	Fig. 1	Fig. 2(T)	Fig. 2(B)	Fig. 3
	Fig. 4
Figures from the Reviews in the Searches Listings:
Magnetic Monopoles	Fig. 1(L)	Fig. 1(R)	Fig. 2
Supersymmetry Part II (Experiment)	Fig. 1	Fig. 2	Fig. 3(L)	Fig. 3(R)
	Fig. 3(B)	Fig. 4	Fig. 5	Fig. 6
	Fig. 7(L)	Fig. 7(R)	Fig. 8	Fig. 9(L)
	Fig. 9(R)	Fig. 10
Dynamical Electroweak Symmetry Breaking: Implications of the H0	Fig. 1(T)	Fig. 1(B)	Fig. 2(T)	Fig. 2(B)
	Fig. 3(T)	Fig. 3(B)	Fig. 4(T)	Fig. 4(B)
	Fig. 5(T)	Fig. 5(B)
Searches for Quark and Lepton Compositeness	Fig. 1	Fig. 2	Fig. 3	Fig. 4

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