…) –0.14 (–1.51) Lagged Public Debt (–2) 0.20** (1.82) –0.05 (–0.53) σ 0.02*** (14.18) 0.02*** (15.40) Switching Parameters Regime 1 (S=1) Regime 1 (S=1) Peaks of the wealth cycle Troughs of the wealth cycle Constant 0.004** (1.83) 0.04*** (10.90) Lagged Dependent Var. 0.58*** (8.…

…4.94 74.5 5.02 94.5 5.07 15.0 4.14 35.0 4.77 55.0 4.94 75.0 5.02 95.0 5.07 15.5 4.18 35.5 4.78 55.5 4.94 75.5 5.02 95.5 5.07 16.0 4.21 36.0 4.78 56.0 4.95 76.0 5.02 96.0 5.07 16.5 4.24 36.5 4.79 56.5 4.95 76.5 5.02 96.5 5.07 17.0 4.27 37.0 4.79 57.0 4.95 77.0 5.03 97.0 5.07 17.5 …

…ulation inversion factor using useful macroscopic quantities: nsp = 1− 2ntr −1 (4.18) Though this is a very approximated expression that should be used with caution, it gives a simple way to calculate the population inversion factor that gives the correct behavior. It is unity in…

…wo Humus Podzols on top of each other were excavating the seventh mound 91 Fig. 4.18 Detail of profile no. 106.4. Here it can be seen that sods were placed on top of a decapitated E horizon (the A horizon with vegetation must have EE been removed). Below, there is another E horiz…

…“advice”, and “suggestions” produced by learners in the RP and the WQ 323 Table 4.18 Results of Wilcoxon Signed-Rank tests for differences in the mean number of “agreements”, “explanations”, “seeking help”, “disagreements”, and “justifications” produced by learners in the RP and …

…(%) fraction (%) 10.00 14.13 ± 2.48 10.07 20.00 12.68 ± 2.32 9.39 30.00 15.47 ± 4.18 9.54 The model further predicts a higher fraction of engulfment with higher freezing front velocities (Fig. 3.12(a)) and longer whiskers (Fig. 3.12(b)). The higher engulfment fraction is caused b…

…cellent bank E5 When excellent banks promise to do something by a certain time, 4.18 0.732 they do E6 When a customer has a problem, excellent banks will be sympathetic 4.27 0.702 and reassuring E7 Excellent banks will perform the service right the first time 4.27 0.767 E8 Excell…

…l Analysis of Material at NGT00, B15/24. ........................... 141 Figure 4.18 – Breakdown by Ceramic Fabric Catagories, NGT00 B15/24. ........................ 141 Figure 4.19 – Import vs. Non-import, NGT00, B15/24. ....................................................... 14…

…ls NY Times 4.0 Present-to-past ratio Present* scoring: Speech 4.04 3.0 Twitter 4.18 EPW 1.79 2.0 Blogs 2.58 Novels 0.88 1.0 NY Times 1.26 0.0 Present+ Figure 7. LIWC2015 orientation to present focus. Data adapted from The Development and Psychometric Properties of LIWC2015 (pp. …

…e Internet was perceived as especially valuable for boosting vocabu- lary (Q12, 4.18), students did not, however, express much interest in expanding specialised vocabulary through the search of hospi- tality and tourism (HT) terms and phrases used in authentic contexts (Q15, 3.55…

…aracter spacing, including also even tsumegumi , is defined in JIS X 4051, sec. 4.18.1 b.) 書籍における アキ組 は，次のような場合に利用されている．（アキ組については， 均等詰め を含めてJIS X 4051の4.18.1のb）に規定されている．） To achieve a balance between running heads with few and with many characters. Fixed inter-character spacing i…

…entum: E(k) = E(k0 ) + vF (k − k0 ) + u2 (k − k0 )2 + u3 (k − k0 )3 + O(k 4 ). (4.18) To justify the validity of the det-formula, which is based on the linear dispersion of a chiral mode, we must have k − k0 ∆kc = Min(vF /u2 , vF /u3 ). Therefore, the impurity strength should be …

…the relative clause, and aL at some subordinate boundary, there is no pronoun. (4.18) rud a raibh coinne agam a choimhlı́onfadh an aimsir thing aN was expectation at-me aL fulfil.COND the time ‘something that I expected time would confirm’ Another attested pattern is for aL withi…

…re 4.17 Supermodes of a Strongly Coupled Tailored Gain Chirped Array 150 Figure 4.18 “Offset Stripe”? Geometry Tailored Gain Chirped Array ..... 154 Chapter 5. Tailored Gain Broad Area Lasers Figure 5.1 Graded Halftone Pattern 2.1... .. cee cee eee 160 Figure 5.2 “Halftone” Tailo…

…xtension of Eqs. (4.1) and (4.4) to NLQM: pN L (α, β| Aa, Bb ) = hα, β|α, βi , (4.18) where if Alice and Bob’s measurement events are spacelike separated Ψc|α,β = P̂β Âφ A(T A) (t2, t1 ) B̂φB (T B ) (t2, t1 ) P̂α Ûφ1 (T1 ) (t1, t0 ) |Ψini i , (4.19) and N = α,β hΨc | α, β | Ψc …