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,
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,
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,
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181 citations
,
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,
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,
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,
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129 citations
,
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112 citations
,
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110 citations
,
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82 citations
,
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81 citations
,
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73 citations
,
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69 citations
,
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59 citations
,
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54 citations
,
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53 citations
,
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50 citations
,
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48 citations
,
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47 citations
,
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46 citations
,
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44 citations
,
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43 citations
,
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39 citations
,
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39 citations
,
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39 citations
,
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37 citations
,
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37 citations
,
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33 citations
,
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30 citations
,
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